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                <value tag="nodal" value="1|1,'0'"/>
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                  <selection xsi:type="com.comsol.mph-v15:XDLocalSelection" entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1429910687993"/>
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        <selection xsi:type="com.comsol.mph-v15:XDLocalSelection" entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1429910687886" selType="global"/>
        <expressions key="g_const">
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        </expressions>
        <expressions key="N_A_const">
          <value tag="N_A_const" expression="6.02214129E23[1/mol]" description="Avogadro constant"/>
        </expressions>
        <expressions key="k_B_const">
          <value tag="k_B_const" expression="1.3806488E-23[J/K]" description="Boltzmann constant"/>
        </expressions>
        <expressions key="Z0_const">
          <value tag="Z0_const" expression="root.mu0_const*root.c_const" description="Characteristic impedance of vacuum"/>
        </expressions>
        <expressions key="me_const">
          <value tag="me_const" expression="9.10938291E-31[kg]" description="Electron mass"/>
        </expressions>
        <expressions key="e_const">
          <value tag="e_const" expression="1.602176565E-19[C]" description="Elementary charge"/>
        </expressions>
        <expressions key="F_const">
          <value tag="F_const" expression="96485.3365[C/mol]" description="Faraday constant"/>
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        <expressions key="alpha_const">
          <value tag="alpha_const" expression="0.0072973525698" description="Fine-structure constant"/>
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        <expressions key="G_const">
          <value tag="G_const" expression="6.67384E-11[m^3/(kg*s^2)]" description="Gravitational constant"/>
        </expressions>
        <expressions key="hbar_const">
          <value tag="hbar_const" expression="1.054571726E-34[J*s/rad]" description="Reduced Planck's constant"/>
        </expressions>
        <expressions key="V_m_const">
          <value tag="V_m_const" expression="0.022413968[m^3/mol]" description="Molar volume of ideal gas"/>
        </expressions>
        <expressions key="mn_const">
          <value tag="mn_const" expression="1.674927351E-27[kg]" description="Neutron mass"/>
        </expressions>
        <expressions key="epsilon0_const">
          <value tag="epsilon0_const" expression="8.854187817E-12[F/m]" description="Permittivity of vacuum"/>
        </expressions>
        <expressions key="mu0_const">
          <value tag="mu0_const" expression="4*pi*1.0E-7[H/m]" description="Permeability of vacuum"/>
        </expressions>
        <expressions key="h_const">
          <value tag="h_const" expression="6.62606957E-34[J*s]" description="Planck's constant"/>
        </expressions>
        <expressions key="mp_const">
          <value tag="mp_const" expression="1.672621777E-27[kg]" description="Proton mass"/>
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        <expressions key="c_const">
          <value tag="c_const" expression="299792458[m/s]" description="Speed of light in vacuum"/>
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        <expressions key="sigma_const">
          <value tag="sigma_const" expression="5.670373E-8[kg/(s^3*K^4)]" description="Stefan-Boltzmann constant"/>
        </expressions>
        <expressions key="R_const">
          <value tag="R_const" expression="8.3144621[J/(K*mol)]" description="Universal gas constant"/>
        </expressions>
        <expressions key="b_const">
          <value tag="b_const" expression="0.0028977721[m*K]" description="Wien displacement law constant"/>
        </expressions>
        <expressions key="isRHS">
          <value tag="isRHS"/>
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      </value>
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    <objects key="iexpr2">
      <value tag="iexpr2" derivedFrom="/" storedParent="//@modelNode/@modelNodes[key='comp1']/@value" entityName="Derived Variables 2" entityComments="" entityAuthor="" entityCreationTime="1429910687889">
        <tags tag="Analysis" values="1,'std1/stat'"/>
        <selection xsi:type="com.comsol.mph-v15:XDLocalSelection" entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1429910687889" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="4,1,2,3" dim="2" hDim="2"/>
        <expressions key="comp1.isScalingSystemDomain">
          <value tag="comp1.isScalingSystemDomain" description="Is scaling system domain"/>
        </expressions>
        <expressions key="comp1.isPML">
          <value tag="comp1.isPML" description="Is PML"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr3">
      <value tag="iexpr3" derivedFrom="//@physics/@physints[key='mfnc']/@value" storedParent="//@modelNode/@modelNodes[key='comp1']/@value" entityName="Derived Variables 3" entityComments="" entityAuthor="" entityCreationTime="1429910687891">
        <tags tag="Analysis" values="1,'std1/stat'"/>
        <selection xsi:type="com.comsol.mph-v15:XDLocalSelection" entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1429910687891" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="13,2,3,5,6" dim="0" hDim="0"/>
        <expressions key="Vm_fld_act">
          <value tag="Vm_fld_act" expression="2" description="Magnetic scalar potential"/>
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      </value>
    </objects>
    <objects key="iexpr4">
      <value tag="iexpr4" derivedFrom="//@physics/@physints[key='mfnc']/@value" storedParent="//@modelNode/@modelNodes[key='comp1']/@value" entityName="Derived Variables 4" entityComments="" entityAuthor="" entityCreationTime="1429910687893">
        <tags tag="Analysis" values="1,'std1/stat'"/>
        <selection xsi:type="com.comsol.mph-v15:XDLocalSelection" entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1429910687892" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="13,7,8,9,10" dim="0" hDim="0"/>
        <expressions key="Vm_fld_act">
          <value tag="Vm_fld_act" expression="2" description="Magnetic scalar potential"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr5">
      <value tag="iexpr5" derivedFrom="//@physics/@physints[key='mfnc']/@value" storedParent="//@modelNode/@modelNodes[key='comp1']/@value" entityName="Derived Variables 5" entityComments="" entityAuthor="" entityCreationTime="1429910687894">
        <tags tag="Analysis" values="1,'std1/stat'"/>
        <selection xsi:type="com.comsol.mph-v15:XDLocalSelection" entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1429910687894" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="13,1,4,11,12" dim="0" hDim="0"/>
        <expressions key="Vm_fld_act">
          <value tag="Vm_fld_act" expression="1" description="Magnetic scalar potential"/>
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    <objects key="iexpr6">
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        <tags tag="Analysis" values="1,'std1/stat'"/>
        <selection xsi:type="com.comsol.mph-v15:XDLocalSelection" entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1429910687895" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="14,4,6,8" dim="1" hDim="1"/>
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          <value tag="Vm_fld_act" expression="2" description="Magnetic scalar potential"/>
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        <expressions key="tHr">
          <value tag="tHr" expression="-root.comp1.VmTr" description="Tangential magnetic field, r component"/>
        </expressions>
        <expressions key="tHphi">
          <value tag="tHphi" description="Tangential magnetic field, phi component"/>
        </expressions>
        <expressions key="tHz">
          <value tag="tHz" expression="-root.comp1.VmTz" description="Tangential magnetic field, z component"/>
        </expressions>
        <expressions key="unTr">
          <value tag="unTr" expression="root.comp1.mfnc.unTmr" description="Maxwell upward surface stress tensor, r component"/>
        </expressions>
        <expressions key="unTphi">
          <value tag="unTphi" expression="root.comp1.mfnc.unTmphi" description="Maxwell upward surface stress tensor, phi component"/>
        </expressions>
        <expressions key="unTz">
          <value tag="unTz" expression="root.comp1.mfnc.unTmz" description="Maxwell upward surface stress tensor, z component"/>
        </expressions>
        <expressions key="dnTr">
          <value tag="dnTr" expression="root.comp1.mfnc.dnTmr" description="Maxwell downward surface stress tensor, r component"/>
        </expressions>
        <expressions key="dnTphi">
          <value tag="dnTphi" expression="root.comp1.mfnc.dnTmphi" description="Maxwell downward surface stress tensor, phi component"/>
        </expressions>
        <expressions key="dnTz">
          <value tag="dnTz" expression="root.comp1.mfnc.dnTmz" description="Maxwell downward surface stress tensor, z component"/>
        </expressions>
        <expressions key="unr">
          <value tag="unr" expression="root.unr" description="Normal vector up direction, r component"/>
        </expressions>
        <expressions key="unphi">
          <value tag="unphi" description="Normal vector up direction, phi component"/>
        </expressions>
        <expressions key="unz">
          <value tag="unz" expression="root.unz" description="Normal vector up direction, z component"/>
        </expressions>
        <expressions key="dnr">
          <value tag="dnr" expression="root.dnr" description="Normal vector down direction, r component"/>
        </expressions>
        <expressions key="dnphi">
          <value tag="dnphi" description="Normal vector down direction, phi component"/>
        </expressions>
        <expressions key="dnz">
          <value tag="dnz" expression="root.dnz" description="Normal vector down direction, z component"/>
        </expressions>
        <expressions key="nTr_1">
          <value tag="nTr_1" expression="root.comp1.mfnc.unTr" description="Maxwell surface stress tensor, r component"/>
        </expressions>
        <expressions key="nTphi_1">
          <value tag="nTphi_1" expression="root.comp1.mfnc.unTphi" description="Maxwell surface stress tensor, phi component"/>
        </expressions>
        <expressions key="nTz_1">
          <value tag="nTz_1" expression="root.comp1.mfnc.unTz" description="Maxwell surface stress tensor, z component"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr7">
      <value tag="iexpr7" derivedFrom="//@physics/@physints[key='mfnc']/@value" storedParent="//@modelNode/@modelNodes[key='comp1']/@value" entityName="Derived Variables 7" entityComments="" entityAuthor="" entityCreationTime="1429910687897">
        <tags tag="Analysis" values="1,'std1/stat'"/>
        <selection xsi:type="com.comsol.mph-v15:XDLocalSelection" entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1429910687897" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="14,9,10,11,12" dim="1" hDim="1"/>
        <expressions key="Vm_fld_act">
          <value tag="Vm_fld_act" expression="2" description="Magnetic scalar potential"/>
        </expressions>
        <expressions key="dnTmr">
          <value tag="dnTmr" expression="-0.5*root.comp1.mfnc.unr*(real(root.down(root.comp1.mfnc.Br))*real(root.down(root.comp1.mfnc.Hr))+real(root.down(root.comp1.mfnc.Bphi))*real(root.down(root.comp1.mfnc.Hphi))+real(root.down(root.comp1.mfnc.Bz))*real(root.down(root.comp1.mfnc.Hz)))+real(root.down(root.comp1.mfnc.Br))*(real(root.down(root.comp1.mfnc.Hr))*root.comp1.mfnc.unr+real(root.down(root.comp1.mfnc.Hz))*root.comp1.mfnc.unz)" description="Maxwell downward magnetic surface stress tensor, r component"/>
        </expressions>
        <expressions key="dnTmphi">
          <value tag="dnTmphi" expression="real(root.down(root.comp1.mfnc.Bphi))*(real(root.down(root.comp1.mfnc.Hr))*root.comp1.mfnc.unr+real(root.down(root.comp1.mfnc.Hz))*root.comp1.mfnc.unz)" description="Maxwell downward magnetic surface stress tensor, phi component"/>
        </expressions>
        <expressions key="dnTmz">
          <value tag="dnTmz" expression="-0.5*root.comp1.mfnc.unz*(real(root.down(root.comp1.mfnc.Br))*real(root.down(root.comp1.mfnc.Hr))+real(root.down(root.comp1.mfnc.Bphi))*real(root.down(root.comp1.mfnc.Hphi))+real(root.down(root.comp1.mfnc.Bz))*real(root.down(root.comp1.mfnc.Hz)))+real(root.down(root.comp1.mfnc.Bz))*(real(root.down(root.comp1.mfnc.Hr))*root.comp1.mfnc.unr+real(root.down(root.comp1.mfnc.Hz))*root.comp1.mfnc.unz)" description="Maxwell downward magnetic surface stress tensor, z component"/>
        </expressions>
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          <value tag="tHr" expression="-root.comp1.VmTr" description="Tangential magnetic field, r component"/>
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        <expressions key="tHphi">
          <value tag="tHphi" description="Tangential magnetic field, phi component"/>
        </expressions>
        <expressions key="tHz">
          <value tag="tHz" expression="-root.comp1.VmTz" description="Tangential magnetic field, z component"/>
        </expressions>
        <expressions key="unTr">
          <value tag="unTr" expression="root.comp1.mfnc.unTmr" description="Maxwell upward surface stress tensor, r component"/>
        </expressions>
        <expressions key="unTphi">
          <value tag="unTphi" expression="root.comp1.mfnc.unTmphi" description="Maxwell upward surface stress tensor, phi component"/>
        </expressions>
        <expressions key="unTz">
          <value tag="unTz" expression="root.comp1.mfnc.unTmz" description="Maxwell upward surface stress tensor, z component"/>
        </expressions>
        <expressions key="dnTr">
          <value tag="dnTr" expression="root.comp1.mfnc.dnTmr" description="Maxwell downward surface stress tensor, r component"/>
        </expressions>
        <expressions key="dnTphi">
          <value tag="dnTphi" expression="root.comp1.mfnc.dnTmphi" description="Maxwell downward surface stress tensor, phi component"/>
        </expressions>
        <expressions key="dnTz">
          <value tag="dnTz" expression="root.comp1.mfnc.dnTmz" description="Maxwell downward surface stress tensor, z component"/>
        </expressions>
        <expressions key="unr">
          <value tag="unr" expression="root.unr" description="Normal vector up direction, r component"/>
        </expressions>
        <expressions key="unphi">
          <value tag="unphi" description="Normal vector up direction, phi component"/>
        </expressions>
        <expressions key="unz">
          <value tag="unz" expression="root.unz" description="Normal vector up direction, z component"/>
        </expressions>
        <expressions key="dnr">
          <value tag="dnr" expression="root.dnr" description="Normal vector down direction, r component"/>
        </expressions>
        <expressions key="dnphi">
          <value tag="dnphi" description="Normal vector down direction, phi component"/>
        </expressions>
        <expressions key="dnz">
          <value tag="dnz" expression="root.dnz" description="Normal vector down direction, z component"/>
        </expressions>
        <expressions key="nTr_0">
          <value tag="nTr_0" expression="root.comp1.mfnc.unTr" description="Maxwell surface stress tensor, r component"/>
        </expressions>
        <expressions key="nTphi_0">
          <value tag="nTphi_0" expression="root.comp1.mfnc.unTphi" description="Maxwell surface stress tensor, phi component"/>
        </expressions>
        <expressions key="nTz_0">
          <value tag="nTz_0" expression="root.comp1.mfnc.unTz" description="Maxwell surface stress tensor, z component"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr8">
      <value tag="iexpr8" derivedFrom="//@physics/@physints[key='mfnc']/@value" storedParent="//@modelNode/@modelNodes[key='comp1']/@value" entityName="Derived Variables 8" entityComments="" entityAuthor="" entityCreationTime="1429910687898">
        <tags tag="Analysis" values="1,'std1/stat'"/>
        <selection xsi:type="com.comsol.mph-v15:XDLocalSelection" entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1429910687898" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="14,1,2,5,7,13" dim="1" hDim="1"/>
        <expressions key="Vm_fld_act">
          <value tag="Vm_fld_act" expression="1" description="Magnetic scalar potential"/>
        </expressions>
        <expressions key="dnTmr">
          <value tag="dnTmr" expression="-0.5*root.comp1.mfnc.unr*(real(root.down(root.comp1.mfnc.Br))*real(root.down(root.comp1.mfnc.Hr))+real(root.down(root.comp1.mfnc.Bphi))*real(root.down(root.comp1.mfnc.Hphi))+real(root.down(root.comp1.mfnc.Bz))*real(root.down(root.comp1.mfnc.Hz)))+real(root.down(root.comp1.mfnc.Br))*(real(root.down(root.comp1.mfnc.Hr))*root.comp1.mfnc.unr+real(root.down(root.comp1.mfnc.Hz))*root.comp1.mfnc.unz)" description="Maxwell downward magnetic surface stress tensor, r component"/>
        </expressions>
        <expressions key="dnTmphi">
          <value tag="dnTmphi" expression="real(root.down(root.comp1.mfnc.Bphi))*(real(root.down(root.comp1.mfnc.Hr))*root.comp1.mfnc.unr+real(root.down(root.comp1.mfnc.Hz))*root.comp1.mfnc.unz)" description="Maxwell downward magnetic surface stress tensor, phi component"/>
        </expressions>
        <expressions key="dnTmz">
          <value tag="dnTmz" expression="-0.5*root.comp1.mfnc.unz*(real(root.down(root.comp1.mfnc.Br))*real(root.down(root.comp1.mfnc.Hr))+real(root.down(root.comp1.mfnc.Bphi))*real(root.down(root.comp1.mfnc.Hphi))+real(root.down(root.comp1.mfnc.Bz))*real(root.down(root.comp1.mfnc.Hz)))+real(root.down(root.comp1.mfnc.Bz))*(real(root.down(root.comp1.mfnc.Hr))*root.comp1.mfnc.unr+real(root.down(root.comp1.mfnc.Hz))*root.comp1.mfnc.unz)" description="Maxwell downward magnetic surface stress tensor, z component"/>
        </expressions>
        <expressions key="tHr">
          <value tag="tHr" expression="-root.comp1.VmTr" description="Tangential magnetic field, r component"/>
        </expressions>
        <expressions key="tHphi">
          <value tag="tHphi" description="Tangential magnetic field, phi component"/>
        </expressions>
        <expressions key="tHz">
          <value tag="tHz" expression="-root.comp1.VmTz" description="Tangential magnetic field, z component"/>
        </expressions>
        <expressions key="unTr">
          <value tag="unTr" description="Maxwell upward surface stress tensor, r component"/>
        </expressions>
        <expressions key="unTphi">
          <value tag="unTphi" description="Maxwell upward surface stress tensor, phi component"/>
        </expressions>
        <expressions key="unTz">
          <value tag="unTz" description="Maxwell upward surface stress tensor, z component"/>
        </expressions>
        <expressions key="dnTr">
          <value tag="dnTr" expression="root.comp1.mfnc.dnTmr" description="Maxwell downward surface stress tensor, r component"/>
        </expressions>
        <expressions key="dnTphi">
          <value tag="dnTphi" expression="root.comp1.mfnc.dnTmphi" description="Maxwell downward surface stress tensor, phi component"/>
        </expressions>
        <expressions key="dnTz">
          <value tag="dnTz" expression="root.comp1.mfnc.dnTmz" description="Maxwell downward surface stress tensor, z component"/>
        </expressions>
        <expressions key="unr">
          <value tag="unr" expression="root.unr" description="Normal vector up direction, r component"/>
        </expressions>
        <expressions key="unphi">
          <value tag="unphi" description="Normal vector up direction, phi component"/>
        </expressions>
        <expressions key="unz">
          <value tag="unz" expression="root.unz" description="Normal vector up direction, z component"/>
        </expressions>
        <expressions key="dnr">
          <value tag="dnr" expression="root.dnr" description="Normal vector down direction, r component"/>
        </expressions>
        <expressions key="dnphi">
          <value tag="dnphi" description="Normal vector down direction, phi component"/>
        </expressions>
        <expressions key="dnz">
          <value tag="dnz" expression="root.dnz" description="Normal vector down direction, z component"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr9">
      <value tag="iexpr9" derivedFrom="//@physics/@physints[key='mfnc']/@value" storedParent="//@modelNode/@modelNodes[key='comp1']/@value" entityName="Derived Variables 9" entityComments="" entityAuthor="" entityCreationTime="1429910687900">
        <tags tag="Analysis" values="1,'std1/stat'"/>
        <selection xsi:type="com.comsol.mph-v15:XDLocalSelection" entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1429910687900" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="14,3" dim="1" hDim="1"/>
        <expressions key="Vm_fld_act">
          <value tag="Vm_fld_act" expression="1" description="Magnetic scalar potential"/>
        </expressions>
        <expressions key="tHr">
          <value tag="tHr" expression="-root.comp1.VmTr" description="Tangential magnetic field, r component"/>
        </expressions>
        <expressions key="tHphi">
          <value tag="tHphi" description="Tangential magnetic field, phi component"/>
        </expressions>
        <expressions key="tHz">
          <value tag="tHz" expression="-root.comp1.VmTz" description="Tangential magnetic field, z component"/>
        </expressions>
        <expressions key="unTr">
          <value tag="unTr" description="Maxwell upward surface stress tensor, r component"/>
        </expressions>
        <expressions key="unTphi">
          <value tag="unTphi" description="Maxwell upward surface stress tensor, phi component"/>
        </expressions>
        <expressions key="unTz">
          <value tag="unTz" description="Maxwell upward surface stress tensor, z component"/>
        </expressions>
        <expressions key="dnTr">
          <value tag="dnTr" expression="root.comp1.mfnc.dnTmr" description="Maxwell downward surface stress tensor, r component"/>
        </expressions>
        <expressions key="dnTphi">
          <value tag="dnTphi" expression="root.comp1.mfnc.dnTmphi" description="Maxwell downward surface stress tensor, phi component"/>
        </expressions>
        <expressions key="dnTz">
          <value tag="dnTz" expression="root.comp1.mfnc.dnTmz" description="Maxwell downward surface stress tensor, z component"/>
        </expressions>
        <expressions key="unr">
          <value tag="unr" expression="root.unr" description="Normal vector up direction, r component"/>
        </expressions>
        <expressions key="unphi">
          <value tag="unphi" description="Normal vector up direction, phi component"/>
        </expressions>
        <expressions key="unz">
          <value tag="unz" expression="root.unz" description="Normal vector up direction, z component"/>
        </expressions>
        <expressions key="dnr">
          <value tag="dnr" expression="root.dnr" description="Normal vector down direction, r component"/>
        </expressions>
        <expressions key="dnphi">
          <value tag="dnphi" description="Normal vector down direction, phi component"/>
        </expressions>
        <expressions key="dnz">
          <value tag="dnz" expression="root.dnz" description="Normal vector down direction, z component"/>
        </expressions>
        <expressions key="nTr_1">
          <value tag="nTr_1" description="Maxwell surface stress tensor, r component"/>
        </expressions>
        <expressions key="nTphi_1">
          <value tag="nTphi_1" description="Maxwell surface stress tensor, phi component"/>
        </expressions>
        <expressions key="nTz_1">
          <value tag="nTz_1" description="Maxwell surface stress tensor, z component"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr10">
      <value tag="iexpr10" derivedFrom="//@physics/@physints[key='mfnc']/@value" storedParent="//@modelNode/@modelNodes[key='comp1']/@value" entityName="Derived Variables 10" entityComments="" entityAuthor="" entityCreationTime="1429910687901">
        <tags tag="Analysis" values="1,'std1/stat'"/>
        <selection xsi:type="com.comsol.mph-v15:XDLocalSelection" entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1429910687901" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="4,1" dim="2" hDim="2"/>
        <expressions key="Vm_fld_act">
          <value tag="Vm_fld_act" expression="1" description="Magnetic scalar potential"/>
        </expressions>
        <expressions key="Hr">
          <value tag="Hr" expression="-root.comp1.Vmr" description="Magnetic field, r component"/>
        </expressions>
        <expressions key="Hphi">
          <value tag="Hphi" description="Magnetic field, phi component"/>
        </expressions>
        <expressions key="Hz">
          <value tag="Hz" expression="-root.comp1.Vmz" description="Magnetic field, z component"/>
        </expressions>
        <expressions key="normH">
          <value tag="normH" expression="sqrt(realdot(root.comp1.mfnc.Hr,root.comp1.mfnc.Hr)+realdot(root.comp1.mfnc.Hz,root.comp1.mfnc.Hz))" description="Magnetic field norm"/>
        </expressions>
        <expressions key="murrr">
          <value tag="murrr" expression="1" description="Relative permeability, rr component"/>
        </expressions>
        <expressions key="murphir">
          <value tag="murphir" description="Relative permeability, phir component"/>
        </expressions>
        <expressions key="murzr">
          <value tag="murzr" description="Relative permeability, zr component"/>
        </expressions>
        <expressions key="murrphi">
          <value tag="murrphi" description="Relative permeability, rphi component"/>
        </expressions>
        <expressions key="murphiphi">
          <value tag="murphiphi" expression="1" description="Relative permeability, phiphi component"/>
        </expressions>
        <expressions key="murzphi">
          <value tag="murzphi" description="Relative permeability, zphi component"/>
        </expressions>
        <expressions key="murrz">
          <value tag="murrz" description="Relative permeability, rz component"/>
        </expressions>
        <expressions key="murphiz">
          <value tag="murphiz" description="Relative permeability, phiz component"/>
        </expressions>
        <expressions key="murzz">
          <value tag="murzz" expression="1" description="Relative permeability, zz component"/>
        </expressions>
        <expressions key="Br">
          <value tag="Br" expression="root.mu0_const*(root.comp1.mfnc.Irr*root.comp1.mfnc.Hr+root.comp1.mfnc.Mr)" description="Magnetic flux density, r component"/>
        </expressions>
        <expressions key="Bphi">
          <value tag="Bphi" description="Magnetic flux density, phi component"/>
        </expressions>
        <expressions key="Bz">
          <value tag="Bz" expression="root.mu0_const*(root.comp1.mfnc.Izz*root.comp1.mfnc.Hz+root.comp1.mfnc.Mz)" description="Magnetic flux density, z component"/>
        </expressions>
        <expressions key="normB">
          <value tag="normB" expression="sqrt(realdot(root.comp1.mfnc.Br,root.comp1.mfnc.Br)+realdot(root.comp1.mfnc.Bz,root.comp1.mfnc.Bz))" description="Magnetic flux density norm"/>
        </expressions>
        <expressions key="Mr">
          <value tag="Mr" expression="root.comp1.mfnc.chimrr*root.comp1.mfnc.Hr" description="Magnetization, r component"/>
        </expressions>
        <expressions key="Mphi">
          <value tag="Mphi" description="Magnetization, phi component"/>
        </expressions>
        <expressions key="Mz">
          <value tag="Mz" expression="root.comp1.mfnc.chimzz*root.comp1.mfnc.Hz" description="Magnetization, z component"/>
        </expressions>
        <expressions key="normM">
          <value tag="normM" expression="sqrt(realdot(root.comp1.mfnc.Mr,root.comp1.mfnc.Mr)+realdot(root.comp1.mfnc.Mz,root.comp1.mfnc.Mz))" description="Magnetization norm"/>
        </expressions>
        <expressions key="Irr">
          <value tag="Irr" expression="1" description="Spatial identity matrix, rr component"/>
        </expressions>
        <expressions key="Iphir">
          <value tag="Iphir" description="Spatial identity matrix, phir component"/>
        </expressions>
        <expressions key="Izr">
          <value tag="Izr" description="Spatial identity matrix, zr component"/>
        </expressions>
        <expressions key="Irphi">
          <value tag="Irphi" description="Spatial identity matrix, rphi component"/>
        </expressions>
        <expressions key="Iphiphi">
          <value tag="Iphiphi" expression="1" description="Spatial identity matrix, phiphi component"/>
        </expressions>
        <expressions key="Izphi">
          <value tag="Izphi" description="Spatial identity matrix, zphi component"/>
        </expressions>
        <expressions key="Irz">
          <value tag="Irz" description="Spatial identity matrix, rz component"/>
        </expressions>
        <expressions key="Iphiz">
          <value tag="Iphiz" description="Spatial identity matrix, phiz component"/>
        </expressions>
        <expressions key="Izz">
          <value tag="Izz" expression="1" description="Spatial identity matrix, zz component"/>
        </expressions>
        <expressions key="chimrr">
          <value tag="chimrr" expression="-1+root.comp1.mfnc.murrr" description="Magnetic susceptibility, rr component"/>
        </expressions>
        <expressions key="chimphir">
          <value tag="chimphir" description="Magnetic susceptibility, phir component"/>
        </expressions>
        <expressions key="chimzr">
          <value tag="chimzr" description="Magnetic susceptibility, zr component"/>
        </expressions>
        <expressions key="chimrphi">
          <value tag="chimrphi" description="Magnetic susceptibility, rphi component"/>
        </expressions>
        <expressions key="chimphiphi">
          <value tag="chimphiphi" expression="-1+root.comp1.mfnc.murphiphi" description="Magnetic susceptibility, phiphi component"/>
        </expressions>
        <expressions key="chimzphi">
          <value tag="chimzphi" description="Magnetic susceptibility, zphi component"/>
        </expressions>
        <expressions key="chimrz">
          <value tag="chimrz" description="Magnetic susceptibility, rz component"/>
        </expressions>
        <expressions key="chimphiz">
          <value tag="chimphiz" description="Magnetic susceptibility, phiz component"/>
        </expressions>
        <expressions key="chimzz">
          <value tag="chimzz" expression="-1+root.comp1.mfnc.murzz" description="Magnetic susceptibility, zz component"/>
        </expressions>
        <expressions key="Brr">
          <value tag="Brr" description="Remanent flux density, r component"/>
        </expressions>
        <expressions key="Brphi">
          <value tag="Brphi" description="Remanent flux density, phi component"/>
        </expressions>
        <expressions key="Brz">
          <value tag="Brz" description="Remanent flux density, z component"/>
        </expressions>
        <expressions key="normBr">
          <value tag="normBr" description="Remanent flux density norm"/>
        </expressions>
        <expressions key="W">
          <value tag="W" expression="root.comp1.mfnc.Wm" description="Energy density"/>
        </expressions>
        <expressions key="dWm">
          <value tag="dWm" expression="2*root.comp1.mfnc.Wm*pi*root.r" description="Integrand for total magnetic energy"/>
        </expressions>
        <expressions key="Wm">
          <value tag="Wm" expression="0.5*root.mu0_const*(root.comp1.mfnc.murrr*root.comp1.mfnc.Hr^2+root.comp1.mfnc.murzz*root.comp1.mfnc.Hz^2)" description="Magnetic energy density"/>
        </expressions>
        <expressions key="mfc1.minput_temperature">
          <value tag="mfc1.minput_temperature" expression="293.15[K]" description="Temperature"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr11">
      <value tag="iexpr11" derivedFrom="//@physics/@physints[key='mfnc']/@value" storedParent="//@modelNode/@modelNodes[key='comp1']/@value" entityName="Derived Variables 11" entityComments="" entityAuthor="" entityCreationTime="1429910687903">
        <tags tag="Analysis" values="1,'std1/stat'"/>
        <selection xsi:type="com.comsol.mph-v15:XDLocalSelection" entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1429910687902" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="4,2" dim="2" hDim="2"/>
        <expressions key="Vm_fld_act">
          <value tag="Vm_fld_act" expression="1" description="Magnetic scalar potential"/>
        </expressions>
        <expressions key="Hr">
          <value tag="Hr" expression="-root.comp1.Vmr" description="Magnetic field, r component"/>
        </expressions>
        <expressions key="Hphi">
          <value tag="Hphi" description="Magnetic field, phi component"/>
        </expressions>
        <expressions key="Hz">
          <value tag="Hz" expression="-root.comp1.Vmz" description="Magnetic field, z component"/>
        </expressions>
        <expressions key="normH">
          <value tag="normH" expression="sqrt(realdot(root.comp1.mfnc.Hr,root.comp1.mfnc.Hr)+realdot(root.comp1.mfnc.Hz,root.comp1.mfnc.Hz))" description="Magnetic field norm"/>
        </expressions>
        <expressions key="murrr">
          <value tag="murrr" expression="1.05" description="Relative permeability, rr component"/>
        </expressions>
        <expressions key="murphir">
          <value tag="murphir" description="Relative permeability, phir component"/>
        </expressions>
        <expressions key="murzr">
          <value tag="murzr" description="Relative permeability, zr component"/>
        </expressions>
        <expressions key="murrphi">
          <value tag="murrphi" description="Relative permeability, rphi component"/>
        </expressions>
        <expressions key="murphiphi">
          <value tag="murphiphi" expression="1.05" description="Relative permeability, phiphi component"/>
        </expressions>
        <expressions key="murzphi">
          <value tag="murzphi" description="Relative permeability, zphi component"/>
        </expressions>
        <expressions key="murrz">
          <value tag="murrz" description="Relative permeability, rz component"/>
        </expressions>
        <expressions key="murphiz">
          <value tag="murphiz" description="Relative permeability, phiz component"/>
        </expressions>
        <expressions key="murzz">
          <value tag="murzz" expression="1.05" description="Relative permeability, zz component"/>
        </expressions>
        <expressions key="Br">
          <value tag="Br" expression="root.mu0_const*root.comp1.mfnc.Hr*(root.comp1.mfnc.Irr+root.comp1.mfnc.chimrr)" description="Magnetic flux density, r component"/>
        </expressions>
        <expressions key="Bphi">
          <value tag="Bphi" description="Magnetic flux density, phi component"/>
        </expressions>
        <expressions key="Bz">
          <value tag="Bz" expression="root.mu0_const*root.comp1.mfnc.Izz*root.comp1.mfnc.Hz+root.mu0_const*root.comp1.mfnc.chimzz*root.comp1.mfnc.Hz+root.comp1.mfnc.Brz" description="Magnetic flux density, z component"/>
        </expressions>
        <expressions key="normB">
          <value tag="normB" expression="sqrt(realdot(root.comp1.mfnc.Br,root.comp1.mfnc.Br)+realdot(root.comp1.mfnc.Bz,root.comp1.mfnc.Bz))" description="Magnetic flux density norm"/>
        </expressions>
        <expressions key="Mr">
          <value tag="Mr" expression="root.comp1.mfnc.Br/root.mu0_const-root.comp1.mfnc.Irr*root.comp1.mfnc.Hr" description="Magnetization, r component"/>
        </expressions>
        <expressions key="Mphi">
          <value tag="Mphi" expression="root.comp1.mfnc.Bphi/root.mu0_const" description="Magnetization, phi component"/>
        </expressions>
        <expressions key="Mz">
          <value tag="Mz" expression="root.comp1.mfnc.Bz/root.mu0_const-root.comp1.mfnc.Izz*root.comp1.mfnc.Hz" description="Magnetization, z component"/>
        </expressions>
        <expressions key="normM">
          <value tag="normM" expression="sqrt(realdot(root.comp1.mfnc.Mr,root.comp1.mfnc.Mr)+realdot(root.comp1.mfnc.Mphi,root.comp1.mfnc.Mphi)+realdot(root.comp1.mfnc.Mz,root.comp1.mfnc.Mz))" description="Magnetization norm"/>
        </expressions>
        <expressions key="Irr">
          <value tag="Irr" expression="1" description="Spatial identity matrix, rr component"/>
        </expressions>
        <expressions key="Iphir">
          <value tag="Iphir" description="Spatial identity matrix, phir component"/>
        </expressions>
        <expressions key="Izr">
          <value tag="Izr" description="Spatial identity matrix, zr component"/>
        </expressions>
        <expressions key="Irphi">
          <value tag="Irphi" description="Spatial identity matrix, rphi component"/>
        </expressions>
        <expressions key="Iphiphi">
          <value tag="Iphiphi" expression="1" description="Spatial identity matrix, phiphi component"/>
        </expressions>
        <expressions key="Izphi">
          <value tag="Izphi" description="Spatial identity matrix, zphi component"/>
        </expressions>
        <expressions key="Irz">
          <value tag="Irz" description="Spatial identity matrix, rz component"/>
        </expressions>
        <expressions key="Iphiz">
          <value tag="Iphiz" description="Spatial identity matrix, phiz component"/>
        </expressions>
        <expressions key="Izz">
          <value tag="Izz" expression="1" description="Spatial identity matrix, zz component"/>
        </expressions>
        <expressions key="chimrr">
          <value tag="chimrr" expression="-1+root.comp1.mfnc.murrr" description="Magnetic susceptibility, rr component"/>
        </expressions>
        <expressions key="chimphir">
          <value tag="chimphir" description="Magnetic susceptibility, phir component"/>
        </expressions>
        <expressions key="chimzr">
          <value tag="chimzr" description="Magnetic susceptibility, zr component"/>
        </expressions>
        <expressions key="chimrphi">
          <value tag="chimrphi" description="Magnetic susceptibility, rphi component"/>
        </expressions>
        <expressions key="chimphiphi">
          <value tag="chimphiphi" expression="-1+root.comp1.mfnc.murphiphi" description="Magnetic susceptibility, phiphi component"/>
        </expressions>
        <expressions key="chimzphi">
          <value tag="chimzphi" description="Magnetic susceptibility, zphi component"/>
        </expressions>
        <expressions key="chimrz">
          <value tag="chimrz" description="Magnetic susceptibility, rz component"/>
        </expressions>
        <expressions key="chimphiz">
          <value tag="chimphiz" description="Magnetic susceptibility, phiz component"/>
        </expressions>
        <expressions key="chimzz">
          <value tag="chimzz" expression="-1+root.comp1.mfnc.murzz" description="Magnetic susceptibility, zz component"/>
        </expressions>
        <expressions key="Brr">
          <value tag="Brr" description="Remanent flux density, r component"/>
        </expressions>
        <expressions key="Brphi">
          <value tag="Brphi" description="Remanent flux density, phi component"/>
        </expressions>
        <expressions key="Brz">
          <value tag="Brz" expression="1.48[T]" description="Remanent flux density, z component"/>
        </expressions>
        <expressions key="normBr">
          <value tag="normBr" expression="sqrt(realdot(root.comp1.mfnc.Brz,root.comp1.mfnc.Brz))" description="Remanent flux density norm"/>
        </expressions>
        <expressions key="W">
          <value tag="W" expression="root.comp1.mfnc.Wm" description="Energy density"/>
        </expressions>
        <expressions key="dWm">
          <value tag="dWm" expression="2*root.comp1.mfnc.Wm*pi*root.r" description="Integrand for total magnetic energy"/>
        </expressions>
        <expressions key="Wm">
          <value tag="Wm" expression="0.5*root.mu0_const*(root.comp1.mfnc.murrr*root.comp1.mfnc.Hr^2+root.comp1.mfnc.murzz*root.comp1.mfnc.Hz^2)" description="Magnetic energy density"/>
        </expressions>
        <expressions key="dVol">
          <value tag="dVol" expression="2*pi*root.r" description="Volume factor"/>
        </expressions>
        <expressions key="rr">
          <value tag="rr" expression="root.r" description="Position, r component"/>
        </expressions>
        <expressions key="rphi">
          <value tag="rphi" description="Position, phi component"/>
        </expressions>
        <expressions key="rz">
          <value tag="rz" expression="root.z" description="Position, z component"/>
        </expressions>
        <expressions key="Tr_1">
          <value tag="Tr_1" expression="NaN" description="Torque, r component"/>
        </expressions>
        <expressions key="Tphi_1">
          <value tag="Tphi_1" expression="NaN" description="Torque, phi component"/>
        </expressions>
        <expressions key="Tz_1">
          <value tag="Tz_1" expression="NaN" description="Torque, z component"/>
        </expressions>
        <expressions key="mfc2.minput_temperature">
          <value tag="mfc2.minput_temperature" expression="293.15[K]" description="Temperature"/>
        </expressions>
        <expressions key="mfc2.minput_strainreferencetemperature">
          <value tag="mfc2.minput_strainreferencetemperature" expression="293.15[K]" description="Strain reference temperature"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr12">
      <value tag="iexpr12" derivedFrom="//@physics/@physints[key='mfnc']/@value" storedParent="//@modelNode/@modelNodes[key='comp1']/@value" entityName="Derived Variables 12" entityComments="" entityAuthor="" entityCreationTime="1429910687904">
        <tags tag="Analysis" values="1,'std1/stat'"/>
        <selection xsi:type="com.comsol.mph-v15:XDLocalSelection" entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1429910687904" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="4,3" dim="2" hDim="2"/>
        <expressions key="Vm_fld_act">
          <value tag="Vm_fld_act" expression="1" description="Magnetic scalar potential"/>
        </expressions>
        <expressions key="Hr">
          <value tag="Hr" expression="-root.comp1.Vmr" description="Magnetic field, r component"/>
        </expressions>
        <expressions key="Hphi">
          <value tag="Hphi" description="Magnetic field, phi component"/>
        </expressions>
        <expressions key="Hz">
          <value tag="Hz" expression="-root.comp1.Vmz" description="Magnetic field, z component"/>
        </expressions>
        <expressions key="normH">
          <value tag="normH" expression="sqrt(realdot(root.comp1.mfnc.Hr,root.comp1.mfnc.Hr)+realdot(root.comp1.mfnc.Hz,root.comp1.mfnc.Hz))" description="Magnetic field norm"/>
        </expressions>
        <expressions key="murrr">
          <value tag="murrr" expression="1.05" description="Relative permeability, rr component"/>
        </expressions>
        <expressions key="murphir">
          <value tag="murphir" description="Relative permeability, phir component"/>
        </expressions>
        <expressions key="murzr">
          <value tag="murzr" description="Relative permeability, zr component"/>
        </expressions>
        <expressions key="murrphi">
          <value tag="murrphi" description="Relative permeability, rphi component"/>
        </expressions>
        <expressions key="murphiphi">
          <value tag="murphiphi" expression="1.05" description="Relative permeability, phiphi component"/>
        </expressions>
        <expressions key="murzphi">
          <value tag="murzphi" description="Relative permeability, zphi component"/>
        </expressions>
        <expressions key="murrz">
          <value tag="murrz" description="Relative permeability, rz component"/>
        </expressions>
        <expressions key="murphiz">
          <value tag="murphiz" description="Relative permeability, phiz component"/>
        </expressions>
        <expressions key="murzz">
          <value tag="murzz" expression="1.05" description="Relative permeability, zz component"/>
        </expressions>
        <expressions key="Br">
          <value tag="Br" expression="root.mu0_const*root.comp1.mfnc.Hr*(root.comp1.mfnc.Irr+root.comp1.mfnc.chimrr)" description="Magnetic flux density, r component"/>
        </expressions>
        <expressions key="Bphi">
          <value tag="Bphi" description="Magnetic flux density, phi component"/>
        </expressions>
        <expressions key="Bz">
          <value tag="Bz" expression="root.mu0_const*root.comp1.mfnc.Izz*root.comp1.mfnc.Hz+root.mu0_const*root.comp1.mfnc.chimzz*root.comp1.mfnc.Hz+root.comp1.mfnc.Brz" description="Magnetic flux density, z component"/>
        </expressions>
        <expressions key="normB">
          <value tag="normB" expression="sqrt(realdot(root.comp1.mfnc.Br,root.comp1.mfnc.Br)+realdot(root.comp1.mfnc.Bz,root.comp1.mfnc.Bz))" description="Magnetic flux density norm"/>
        </expressions>
        <expressions key="Mr">
          <value tag="Mr" expression="root.comp1.mfnc.Br/root.mu0_const-root.comp1.mfnc.Irr*root.comp1.mfnc.Hr" description="Magnetization, r component"/>
        </expressions>
        <expressions key="Mphi">
          <value tag="Mphi" expression="root.comp1.mfnc.Bphi/root.mu0_const" description="Magnetization, phi component"/>
        </expressions>
        <expressions key="Mz">
          <value tag="Mz" expression="root.comp1.mfnc.Bz/root.mu0_const-root.comp1.mfnc.Izz*root.comp1.mfnc.Hz" description="Magnetization, z component"/>
        </expressions>
        <expressions key="normM">
          <value tag="normM" expression="sqrt(realdot(root.comp1.mfnc.Mr,root.comp1.mfnc.Mr)+realdot(root.comp1.mfnc.Mphi,root.comp1.mfnc.Mphi)+realdot(root.comp1.mfnc.Mz,root.comp1.mfnc.Mz))" description="Magnetization norm"/>
        </expressions>
        <expressions key="Irr">
          <value tag="Irr" expression="1" description="Spatial identity matrix, rr component"/>
        </expressions>
        <expressions key="Iphir">
          <value tag="Iphir" description="Spatial identity matrix, phir component"/>
        </expressions>
        <expressions key="Izr">
          <value tag="Izr" description="Spatial identity matrix, zr component"/>
        </expressions>
        <expressions key="Irphi">
          <value tag="Irphi" description="Spatial identity matrix, rphi component"/>
        </expressions>
        <expressions key="Iphiphi">
          <value tag="Iphiphi" expression="1" description="Spatial identity matrix, phiphi component"/>
        </expressions>
        <expressions key="Izphi">
          <value tag="Izphi" description="Spatial identity matrix, zphi component"/>
        </expressions>
        <expressions key="Irz">
          <value tag="Irz" description="Spatial identity matrix, rz component"/>
        </expressions>
        <expressions key="Iphiz">
          <value tag="Iphiz" description="Spatial identity matrix, phiz component"/>
        </expressions>
        <expressions key="Izz">
          <value tag="Izz" expression="1" description="Spatial identity matrix, zz component"/>
        </expressions>
        <expressions key="chimrr">
          <value tag="chimrr" expression="-1+root.comp1.mfnc.murrr" description="Magnetic susceptibility, rr component"/>
        </expressions>
        <expressions key="chimphir">
          <value tag="chimphir" description="Magnetic susceptibility, phir component"/>
        </expressions>
        <expressions key="chimzr">
          <value tag="chimzr" description="Magnetic susceptibility, zr component"/>
        </expressions>
        <expressions key="chimrphi">
          <value tag="chimrphi" description="Magnetic susceptibility, rphi component"/>
        </expressions>
        <expressions key="chimphiphi">
          <value tag="chimphiphi" expression="-1+root.comp1.mfnc.murphiphi" description="Magnetic susceptibility, phiphi component"/>
        </expressions>
        <expressions key="chimzphi">
          <value tag="chimzphi" description="Magnetic susceptibility, zphi component"/>
        </expressions>
        <expressions key="chimrz">
          <value tag="chimrz" description="Magnetic susceptibility, rz component"/>
        </expressions>
        <expressions key="chimphiz">
          <value tag="chimphiz" description="Magnetic susceptibility, phiz component"/>
        </expressions>
        <expressions key="chimzz">
          <value tag="chimzz" expression="-1+root.comp1.mfnc.murzz" description="Magnetic susceptibility, zz component"/>
        </expressions>
        <expressions key="Brr">
          <value tag="Brr" description="Remanent flux density, r component"/>
        </expressions>
        <expressions key="Brphi">
          <value tag="Brphi" description="Remanent flux density, phi component"/>
        </expressions>
        <expressions key="Brz">
          <value tag="Brz" expression="1.32[T]" description="Remanent flux density, z component"/>
        </expressions>
        <expressions key="normBr">
          <value tag="normBr" expression="sqrt(realdot(root.comp1.mfnc.Brz,root.comp1.mfnc.Brz))" description="Remanent flux density norm"/>
        </expressions>
        <expressions key="W">
          <value tag="W" expression="root.comp1.mfnc.Wm" description="Energy density"/>
        </expressions>
        <expressions key="dWm">
          <value tag="dWm" expression="2*root.comp1.mfnc.Wm*pi*root.r" description="Integrand for total magnetic energy"/>
        </expressions>
        <expressions key="Wm">
          <value tag="Wm" expression="0.5*root.mu0_const*(root.comp1.mfnc.murrr*root.comp1.mfnc.Hr^2+root.comp1.mfnc.murzz*root.comp1.mfnc.Hz^2)" description="Magnetic energy density"/>
        </expressions>
        <expressions key="dVol">
          <value tag="dVol" expression="2*pi*root.r" description="Volume factor"/>
        </expressions>
        <expressions key="Tr_0">
          <value tag="Tr_0" expression="NaN" description="Torque, r component"/>
        </expressions>
        <expressions key="Tphi_0">
          <value tag="Tphi_0" expression="NaN" description="Torque, phi component"/>
        </expressions>
        <expressions key="Tz_0">
          <value tag="Tz_0" expression="NaN" description="Torque, z component"/>
        </expressions>
        <expressions key="rr">
          <value tag="rr" expression="root.r" description="Position, r component"/>
        </expressions>
        <expressions key="rphi">
          <value tag="rphi" description="Position, phi component"/>
        </expressions>
        <expressions key="rz">
          <value tag="rz" expression="root.z" description="Position, z component"/>
        </expressions>
        <expressions key="mfc3.minput_temperature">
          <value tag="mfc3.minput_temperature" expression="293.15[K]" description="Temperature"/>
        </expressions>
        <expressions key="mfc3.minput_strainreferencetemperature">
          <value tag="mfc3.minput_strainreferencetemperature" expression="293.15[K]" description="Strain reference temperature"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr13">
      <value tag="iexpr13" derivedFrom="//@physics/@physints[key='mfnc']/@value" storedParent="//@modelNode/@modelNodes[key='comp1']/@value" entityName="Derived Variables 13" entityComments="" entityAuthor="" entityCreationTime="1429910687907">
        <tags tag="Analysis" values="1,'std1/stat'"/>
        <selection xsi:type="com.comsol.mph-v15:XDLocalSelection" entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1429910687907" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="4,1,2,3" dim="2" hDim="2"/>
        <expressions key="Bbr">
          <value tag="Bbr" description="Background magnetic flux density, r component"/>
        </expressions>
        <expressions key="Bbphi">
          <value tag="Bbphi" description="Background magnetic flux density, phi component"/>
        </expressions>
        <expressions key="Bbz">
          <value tag="Bbz" description="Background magnetic flux density, z component"/>
        </expressions>
        <expressions key="Hbr">
          <value tag="Hbr" description="Background magnetic field, r component"/>
        </expressions>
        <expressions key="Hbphi">
          <value tag="Hbphi" description="Background magnetic field, phi component"/>
        </expressions>
        <expressions key="Hbz">
          <value tag="Hbz" description="Background magnetic field, z component"/>
        </expressions>
        <expressions key="d">
          <value tag="d" expression="1" description="Contribution"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr14">
      <value tag="iexpr14" derivedFrom="//@physics/@physints[key='mfnc']/@value" storedParent="//@modelNode/@modelNodes[key='comp1']/@value" entityName="Derived Variables 14" entityComments="" entityAuthor="" entityCreationTime="1429910687909">
        <tags tag="Analysis" values="1,'std1/stat'"/>
        <selection xsi:type="com.comsol.mph-v15:XDLocalSelection" entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1429910687909" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="14,4,6,8,9,10,11,12" dim="1" hDim="1"/>
        <expressions key="nr">
          <value tag="nr" expression="root.nr" description="Normal vector, r component"/>
        </expressions>
        <expressions key="nphi">
          <value tag="nphi" description="Normal vector, phi component"/>
        </expressions>
        <expressions key="nz">
          <value tag="nz" expression="root.nz" description="Normal vector, z component"/>
        </expressions>
        <expressions key="nmeshr">
          <value tag="nmeshr" expression="root.nrmesh" description="Mesh normal vector, r component"/>
        </expressions>
        <expressions key="nmeshphi">
          <value tag="nmeshphi" description="Mesh normal vector, phi component"/>
        </expressions>
        <expressions key="nmeshz">
          <value tag="nmeshz" expression="root.nzmesh" description="Mesh normal vector, z component"/>
        </expressions>
        <expressions key="unmeshr">
          <value tag="unmeshr" expression="root.unrmesh" description="Mesh normal vector, upside, r component"/>
        </expressions>
        <expressions key="unmeshphi">
          <value tag="unmeshphi" description="Mesh normal vector, upside, phi component"/>
        </expressions>
        <expressions key="unmeshz">
          <value tag="unmeshz" expression="root.unzmesh" description="Mesh normal vector, upside, z component"/>
        </expressions>
        <expressions key="dnmeshr">
          <value tag="dnmeshr" expression="root.dnrmesh" description="Mesh normal vector, downside, r component"/>
        </expressions>
        <expressions key="dnmeshphi">
          <value tag="dnmeshphi" description="Mesh normal vector, downside, phi component"/>
        </expressions>
        <expressions key="dnmeshz">
          <value tag="dnmeshz" expression="root.dnzmesh" description="Mesh normal vector, downside, z component"/>
        </expressions>
        <expressions key="unTmr">
          <value tag="unTmr" expression="-0.5*root.comp1.mfnc.dnr*(real(root.up(root.comp1.mfnc.Br))*real(root.up(root.comp1.mfnc.Hr))+real(root.up(root.comp1.mfnc.Bphi))*real(root.up(root.comp1.mfnc.Hphi))+real(root.up(root.comp1.mfnc.Bz))*real(root.up(root.comp1.mfnc.Hz)))+real(root.up(root.comp1.mfnc.Br))*(real(root.up(root.comp1.mfnc.Hr))*root.comp1.mfnc.dnr+real(root.up(root.comp1.mfnc.Hz))*root.comp1.mfnc.dnz)" description="Maxwell upward magnetic surface stress tensor, r component"/>
        </expressions>
        <expressions key="unTmphi">
          <value tag="unTmphi" expression="real(root.up(root.comp1.mfnc.Bphi))*(real(root.up(root.comp1.mfnc.Hr))*root.comp1.mfnc.dnr+real(root.up(root.comp1.mfnc.Hz))*root.comp1.mfnc.dnz)" description="Maxwell upward magnetic surface stress tensor, phi component"/>
        </expressions>
        <expressions key="unTmz">
          <value tag="unTmz" expression="-0.5*root.comp1.mfnc.dnz*(real(root.up(root.comp1.mfnc.Br))*real(root.up(root.comp1.mfnc.Hr))+real(root.up(root.comp1.mfnc.Bphi))*real(root.up(root.comp1.mfnc.Hphi))+real(root.up(root.comp1.mfnc.Bz))*real(root.up(root.comp1.mfnc.Hz)))+real(root.up(root.comp1.mfnc.Bz))*(real(root.up(root.comp1.mfnc.Hr))*root.comp1.mfnc.dnr+real(root.up(root.comp1.mfnc.Hz))*root.comp1.mfnc.dnz)" description="Maxwell upward magnetic surface stress tensor, z component"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr15">
      <value tag="iexpr15" derivedFrom="//@physics/@physints[key='mfnc']/@value" storedParent="//@modelNode/@modelNodes[key='comp1']/@value" entityName="Derived Variables 15" entityComments="" entityAuthor="" entityCreationTime="1429910687910">
        <tags tag="Analysis" values="1,'std1/stat'"/>
        <selection xsi:type="com.comsol.mph-v15:XDLocalSelection" entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1429910687910" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="14,1,2,3,5,7,13" dim="1" hDim="1"/>
        <expressions key="nr">
          <value tag="nr" expression="root.dnr" description="Normal vector, r component"/>
        </expressions>
        <expressions key="nphi">
          <value tag="nphi" description="Normal vector, phi component"/>
        </expressions>
        <expressions key="nz">
          <value tag="nz" expression="root.dnz" description="Normal vector, z component"/>
        </expressions>
        <expressions key="nmeshr">
          <value tag="nmeshr" expression="root.dnrmesh" description="Mesh normal vector, r component"/>
        </expressions>
        <expressions key="nmeshphi">
          <value tag="nmeshphi" description="Mesh normal vector, phi component"/>
        </expressions>
        <expressions key="nmeshz">
          <value tag="nmeshz" expression="root.dnzmesh" description="Mesh normal vector, z component"/>
        </expressions>
        <expressions key="unTmr">
          <value tag="unTmr" description="Maxwell upward magnetic surface stress tensor, r component"/>
        </expressions>
        <expressions key="unTmphi">
          <value tag="unTmphi" description="Maxwell upward magnetic surface stress tensor, phi component"/>
        </expressions>
        <expressions key="unTmz">
          <value tag="unTmz" description="Maxwell upward magnetic surface stress tensor, z component"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr16">
      <value tag="iexpr16" derivedFrom="//@physics/@physints[key='mfnc']/@value" storedParent="//@modelNode/@modelNodes[key='comp1']/@value" entityName="Derived Variables 16" entityComments="" entityAuthor="" entityCreationTime="1429910687913">
        <tags tag="Analysis" values="1,'std1/stat'"/>
        <selection xsi:type="com.comsol.mph-v15:XDLocalSelection" entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1429910687913" selType="global"/>
        <expressions key="intWm">
          <value tag="intWm" expression="root.comp1.mfnc.int_Wm(root.comp1.mfnc.d*root.comp1.mfnc.dWm)" description="Total magnetic energy"/>
        </expressions>
        <expressions key="Forcer_0">
          <value tag="Forcer_0" description="Electromagnetic force, r component"/>
        </expressions>
        <expressions key="Forcephi_0">
          <value tag="Forcephi_0" expression="root.comp1.mfnc.fcal1.intfcal(root.comp1.mfnc.nTphi_0*root.comp1.mfnc.dVol)*root.comp1.mfnc.rfphi" description="Electromagnetic force, phi component"/>
        </expressions>
        <expressions key="Forcez_0">
          <value tag="Forcez_0" expression="root.comp1.mfnc.fcal1.intfcal(root.comp1.mfnc.nTz_0*root.comp1.mfnc.dVol)*root.comp1.mfnc.rfz" description="Electromagnetic force, z component"/>
        </expressions>
        <expressions key="rfr">
          <value tag="rfr" description="Factor, r component"/>
        </expressions>
        <expressions key="rfphi">
          <value tag="rfphi" expression="1" description="Factor, phi component"/>
        </expressions>
        <expressions key="rfz">
          <value tag="rfz" expression="1" description="Factor, z component"/>
        </expressions>
        <expressions key="Tax_0">
          <value tag="Tax_0" expression="NaN" description="Axial torque"/>
        </expressions>
        <expressions key="Forcer_1">
          <value tag="Forcer_1" description="Electromagnetic force, r component"/>
        </expressions>
        <expressions key="Forcephi_1">
          <value tag="Forcephi_1" expression="root.comp1.mfnc.fcal2.intfcal(root.comp1.mfnc.nTphi_1*root.comp1.mfnc.dVol)*root.comp1.mfnc.rfphi" description="Electromagnetic force, phi component"/>
        </expressions>
        <expressions key="Forcez_1">
          <value tag="Forcez_1" expression="root.comp1.mfnc.fcal2.intfcal(root.comp1.mfnc.nTz_1*root.comp1.mfnc.dVol)*root.comp1.mfnc.rfz" description="Electromagnetic force, z component"/>
        </expressions>
        <expressions key="Tax_1">
          <value tag="Tax_1" expression="NaN" description="Axial torque"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr17">
      <value tag="iexpr17" derivedFrom="//@physics/@physints[key='mfnc']/@value" storedParent="//@modelNode/@modelNodes[key='comp1']/@value" entityName="Derived Variables 17" entityComments="" entityAuthor="" entityCreationTime="1429910687916">
        <tags tag="Analysis" values="1,'std1/stat'"/>
        <selection xsi:type="com.comsol.mph-v15:XDLocalSelection" entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1429910687916" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="14,3,4,6,8" dim="1" hDim="1"/>
        <expressions key="dnTmr">
          <value tag="dnTmr" expression="-0.5*root.comp1.mfnc.unr*(real(root.down(root.comp1.mfnc.Br))*real(root.down(root.comp1.mfnc.Hr))+real(root.down(root.comp1.mfnc.Bphi))*real(root.down(root.comp1.mfnc.Hphi))+real(root.down(root.comp1.mfnc.Bz))*real(root.down(root.comp1.mfnc.Hz)))+real(root.down(root.comp1.mfnc.Br))*(real(root.down(root.comp1.mfnc.Hr))*root.comp1.mfnc.unr+real(root.down(root.comp1.mfnc.Hz))*root.comp1.mfnc.unz)" description="Maxwell downward magnetic surface stress tensor, r component"/>
        </expressions>
        <expressions key="dnTmphi">
          <value tag="dnTmphi" expression="real(root.down(root.comp1.mfnc.Bphi))*(real(root.down(root.comp1.mfnc.Hr))*root.comp1.mfnc.unr+real(root.down(root.comp1.mfnc.Hz))*root.comp1.mfnc.unz)" description="Maxwell downward magnetic surface stress tensor, phi component"/>
        </expressions>
        <expressions key="dnTmz">
          <value tag="dnTmz" expression="-0.5*root.comp1.mfnc.unz*(real(root.down(root.comp1.mfnc.Br))*real(root.down(root.comp1.mfnc.Hr))+real(root.down(root.comp1.mfnc.Bphi))*real(root.down(root.comp1.mfnc.Hphi))+real(root.down(root.comp1.mfnc.Bz))*real(root.down(root.comp1.mfnc.Hz)))+real(root.down(root.comp1.mfnc.Bz))*(real(root.down(root.comp1.mfnc.Hr))*root.comp1.mfnc.unr+real(root.down(root.comp1.mfnc.Hz))*root.comp1.mfnc.unz)" description="Maxwell downward magnetic surface stress tensor, z component"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr18">
      <value tag="iexpr18" derivedFrom="//@coordsys/@features[key='sys1']/@value" storedParent="//@modelNode/@modelNodes[key='comp1']/@value" entityName="Derived Variables 18" entityComments="" entityAuthor="" entityCreationTime="1429910687937">
        <tags tag="Analysis" values="1,'std1/stat'"/>
        <selection xsi:type="com.comsol.mph-v15:XDLocalSelection" entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1429910687936" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="14,1,2,3,4,5,6,7,8,9,10,11,12,13" dim="1" hDim="1"/>
        <expressions key="Tdef11">
          <value tag="Tdef11" expression="-root.nz/sqrt(1+eps)" description="Coordinate transform to system (sys1), 11 component"/>
        </expressions>
        <expressions key="Tdef21">
          <value tag="Tdef21" description="Coordinate transform to system (sys1), 21 component"/>
        </expressions>
        <expressions key="Tdef31">
          <value tag="Tdef31" expression="root.nr" description="Coordinate transform to system (sys1), 31 component"/>
        </expressions>
        <expressions key="Tdef12">
          <value tag="Tdef12" description="Coordinate transform to system (sys1), 12 component"/>
        </expressions>
        <expressions key="Tdef22">
          <value tag="Tdef22" expression="-1/sqrt(1+eps)" description="Coordinate transform to system (sys1), 22 component"/>
        </expressions>
        <expressions key="Tdef32">
          <value tag="Tdef32" description="Coordinate transform to system (sys1), 32 component"/>
        </expressions>
        <expressions key="Tdef13">
          <value tag="Tdef13" expression="root.nr/sqrt(1+eps)" description="Coordinate transform to system (sys1), 13 component"/>
        </expressions>
        <expressions key="Tdef23">
          <value tag="Tdef23" description="Coordinate transform to system (sys1), 23 component"/>
        </expressions>
        <expressions key="Tdef33">
          <value tag="Tdef33" expression="root.nz" description="Coordinate transform to system (sys1), 33 component"/>
        </expressions>
        <expressions key="invTdef11">
          <value tag="invTdef11" expression="root.comp1.sys1.Tdef11" description="Coordinate transform from system (sys1), 11 component"/>
        </expressions>
        <expressions key="invTdef21">
          <value tag="invTdef21" description="Coordinate transform from system (sys1), 21 component"/>
        </expressions>
        <expressions key="invTdef31">
          <value tag="invTdef31" expression="root.comp1.sys1.Tdef13" description="Coordinate transform from system (sys1), 31 component"/>
        </expressions>
        <expressions key="invTdef12">
          <value tag="invTdef12" description="Coordinate transform from system (sys1), 12 component"/>
        </expressions>
        <expressions key="invTdef22">
          <value tag="invTdef22" expression="root.comp1.sys1.Tdef22" description="Coordinate transform from system (sys1), 22 component"/>
        </expressions>
        <expressions key="invTdef32">
          <value tag="invTdef32" description="Coordinate transform from system (sys1), 32 component"/>
        </expressions>
        <expressions key="invTdef13">
          <value tag="invTdef13" expression="root.comp1.sys1.Tdef31" description="Coordinate transform from system (sys1), 13 component"/>
        </expressions>
        <expressions key="invTdef23">
          <value tag="invTdef23" description="Coordinate transform from system (sys1), 23 component"/>
        </expressions>
        <expressions key="invTdef33">
          <value tag="invTdef33" expression="root.comp1.sys1.Tdef33" description="Coordinate transform from system (sys1), 33 component"/>
        </expressions>
        <expressions key="Tref11">
          <value tag="Tref11" expression="-root.nz/sqrt(1+eps)" description="Coordinate transform to system (sys1), 11 component"/>
        </expressions>
        <expressions key="Tref21">
          <value tag="Tref21" description="Coordinate transform to system (sys1), 21 component"/>
        </expressions>
        <expressions key="Tref31">
          <value tag="Tref31" expression="root.nr" description="Coordinate transform to system (sys1), 31 component"/>
        </expressions>
        <expressions key="Tref12">
          <value tag="Tref12" description="Coordinate transform to system (sys1), 12 component"/>
        </expressions>
        <expressions key="Tref22">
          <value tag="Tref22" expression="-1/sqrt(1+eps)" description="Coordinate transform to system (sys1), 22 component"/>
        </expressions>
        <expressions key="Tref32">
          <value tag="Tref32" description="Coordinate transform to system (sys1), 32 component"/>
        </expressions>
        <expressions key="Tref13">
          <value tag="Tref13" expression="root.nr/sqrt(1+eps)" description="Coordinate transform to system (sys1), 13 component"/>
        </expressions>
        <expressions key="Tref23">
          <value tag="Tref23" description="Coordinate transform to system (sys1), 23 component"/>
        </expressions>
        <expressions key="Tref33">
          <value tag="Tref33" expression="root.nz" description="Coordinate transform to system (sys1), 33 component"/>
        </expressions>
        <expressions key="invTref11">
          <value tag="invTref11" expression="root.comp1.sys1.Tref11" description="Coordinate transform to system (sys1), 11 component"/>
        </expressions>
        <expressions key="invTref21">
          <value tag="invTref21" description="Coordinate transform to system (sys1), 21 component"/>
        </expressions>
        <expressions key="invTref31">
          <value tag="invTref31" expression="root.comp1.sys1.Tref13" description="Coordinate transform to system (sys1), 31 component"/>
        </expressions>
        <expressions key="invTref12">
          <value tag="invTref12" description="Coordinate transform to system (sys1), 12 component"/>
        </expressions>
        <expressions key="invTref22">
          <value tag="invTref22" expression="root.comp1.sys1.Tref22" description="Coordinate transform to system (sys1), 22 component"/>
        </expressions>
        <expressions key="invTref32">
          <value tag="invTref32" description="Coordinate transform to system (sys1), 32 component"/>
        </expressions>
        <expressions key="invTref13">
          <value tag="invTref13" expression="root.comp1.sys1.Tref31" description="Coordinate transform to system (sys1), 13 component"/>
        </expressions>
        <expressions key="invTref23">
          <value tag="invTref23" description="Coordinate transform to system (sys1), 23 component"/>
        </expressions>
        <expressions key="invTref33">
          <value tag="invTref33" expression="root.comp1.sys1.Tref33" description="Coordinate transform to system (sys1), 33 component"/>
        </expressions>
        <expressions key="Tgeom11">
          <value tag="Tgeom11" expression="-root.nz/sqrt(1+eps)" description="Coordinate transform to system (sys1), 11 component"/>
        </expressions>
        <expressions key="Tgeom21">
          <value tag="Tgeom21" description="Coordinate transform to system (sys1), 21 component"/>
        </expressions>
        <expressions key="Tgeom31">
          <value tag="Tgeom31" expression="root.nr" description="Coordinate transform to system (sys1), 31 component"/>
        </expressions>
        <expressions key="Tgeom12">
          <value tag="Tgeom12" description="Coordinate transform to system (sys1), 12 component"/>
        </expressions>
        <expressions key="Tgeom22">
          <value tag="Tgeom22" expression="-1/sqrt(1+eps)" description="Coordinate transform to system (sys1), 22 component"/>
        </expressions>
        <expressions key="Tgeom32">
          <value tag="Tgeom32" description="Coordinate transform to system (sys1), 32 component"/>
        </expressions>
        <expressions key="Tgeom13">
          <value tag="Tgeom13" expression="root.nr/sqrt(1+eps)" description="Coordinate transform to system (sys1), 13 component"/>
        </expressions>
        <expressions key="Tgeom23">
          <value tag="Tgeom23" description="Coordinate transform to system (sys1), 23 component"/>
        </expressions>
        <expressions key="Tgeom33">
          <value tag="Tgeom33" expression="root.nz" description="Coordinate transform to system (sys1), 33 component"/>
        </expressions>
        <expressions key="invTgeom11">
          <value tag="invTgeom11" expression="root.comp1.sys1.Tgeom11" description="Coordinate transform to system (sys1), 11 component"/>
        </expressions>
        <expressions key="invTgeom21">
          <value tag="invTgeom21" description="Coordinate transform to system (sys1), 21 component"/>
        </expressions>
        <expressions key="invTgeom31">
          <value tag="invTgeom31" expression="root.comp1.sys1.Tgeom13" description="Coordinate transform to system (sys1), 31 component"/>
        </expressions>
        <expressions key="invTgeom12">
          <value tag="invTgeom12" description="Coordinate transform to system (sys1), 12 component"/>
        </expressions>
        <expressions key="invTgeom22">
          <value tag="invTgeom22" expression="root.comp1.sys1.Tgeom22" description="Coordinate transform to system (sys1), 22 component"/>
        </expressions>
        <expressions key="invTgeom32">
          <value tag="invTgeom32" description="Coordinate transform to system (sys1), 32 component"/>
        </expressions>
        <expressions key="invTgeom13">
          <value tag="invTgeom13" expression="root.comp1.sys1.Tgeom31" description="Coordinate transform to system (sys1), 13 component"/>
        </expressions>
        <expressions key="invTgeom23">
          <value tag="invTgeom23" description="Coordinate transform to system (sys1), 23 component"/>
        </expressions>
        <expressions key="invTgeom33">
          <value tag="invTgeom33" expression="root.comp1.sys1.Tgeom33" description="Coordinate transform to system (sys1), 33 component"/>
        </expressions>
        <expressions key="T11">
          <value tag="T11" expression="root.comp1.sys1.Tdef11" description="Coordinate transform to system (sys1), 11 component"/>
        </expressions>
        <expressions key="T21">
          <value tag="T21" description="Coordinate transform to system (sys1), 21 component"/>
        </expressions>
        <expressions key="T31">
          <value tag="T31" expression="root.comp1.sys1.Tdef31" description="Coordinate transform to system (sys1), 31 component"/>
        </expressions>
        <expressions key="T12">
          <value tag="T12" description="Coordinate transform to system (sys1), 12 component"/>
        </expressions>
        <expressions key="T22">
          <value tag="T22" expression="root.comp1.sys1.Tdef22" description="Coordinate transform to system (sys1), 22 component"/>
        </expressions>
        <expressions key="T32">
          <value tag="T32" description="Coordinate transform to system (sys1), 32 component"/>
        </expressions>
        <expressions key="T13">
          <value tag="T13" expression="root.comp1.sys1.Tdef13" description="Coordinate transform to system (sys1), 13 component"/>
        </expressions>
        <expressions key="T23">
          <value tag="T23" description="Coordinate transform to system (sys1), 23 component"/>
        </expressions>
        <expressions key="T33">
          <value tag="T33" expression="root.comp1.sys1.Tdef33" description="Coordinate transform to system (sys1), 33 component"/>
        </expressions>
        <expressions key="invT11">
          <value tag="invT11" expression="root.comp1.sys1.Tdef11" description="Coordinate transform from system (sys1), 11 component"/>
        </expressions>
        <expressions key="invT21">
          <value tag="invT21" description="Coordinate transform from system (sys1), 21 component"/>
        </expressions>
        <expressions key="invT31">
          <value tag="invT31" expression="root.comp1.sys1.Tdef13" description="Coordinate transform from system (sys1), 31 component"/>
        </expressions>
        <expressions key="invT12">
          <value tag="invT12" description="Coordinate transform from system (sys1), 12 component"/>
        </expressions>
        <expressions key="invT22">
          <value tag="invT22" expression="root.comp1.sys1.Tdef22" description="Coordinate transform from system (sys1), 22 component"/>
        </expressions>
        <expressions key="invT32">
          <value tag="invT32" description="Coordinate transform from system (sys1), 32 component"/>
        </expressions>
        <expressions key="invT13">
          <value tag="invT13" expression="root.comp1.sys1.Tdef31" description="Coordinate transform from system (sys1), 13 component"/>
        </expressions>
        <expressions key="invT23">
          <value tag="invT23" description="Coordinate transform from system (sys1), 23 component"/>
        </expressions>
        <expressions key="invT33">
          <value tag="invT33" expression="root.comp1.sys1.Tdef33" description="Coordinate transform from system (sys1), 33 component"/>
        </expressions>
        <expressions key="e_t11">
          <value tag="e_t11" expression="root.comp1.sys1.Tdef11" description="Base vector (sys1) t1, r component"/>
        </expressions>
        <expressions key="e_t12">
          <value tag="e_t12" description="Base vector (sys1) t1, phi component"/>
        </expressions>
        <expressions key="e_t13">
          <value tag="e_t13" expression="root.comp1.sys1.Tdef13" description="Base vector (sys1) t1, z component"/>
        </expressions>
        <expressions key="e_to1">
          <value tag="e_to1" description="Base vector (sys1) to, r component"/>
        </expressions>
        <expressions key="e_to2">
          <value tag="e_to2" expression="root.comp1.sys1.Tdef22" description="Base vector (sys1) to, phi component"/>
        </expressions>
        <expressions key="e_to3">
          <value tag="e_to3" description="Base vector (sys1) to, z component"/>
        </expressions>
        <expressions key="e_n1">
          <value tag="e_n1" expression="root.comp1.sys1.Tdef31" description="Base vector (sys1) n, r component"/>
        </expressions>
        <expressions key="e_n2">
          <value tag="e_n2" description="Base vector (sys1) n, phi component"/>
        </expressions>
        <expressions key="e_n3">
          <value tag="e_n3" expression="root.comp1.sys1.Tdef33" description="Base vector (sys1) n, z component"/>
        </expressions>
        <expressions key="detT">
          <value tag="detT" expression="1" description="Determinant of coordinate transform to system"/>
        </expressions>
        <expressions key="detInvT">
          <value tag="detInvT" expression="1" description="Determinant of coordinate transform from system"/>
        </expressions>
        <expressions key="gSub11">
          <value tag="gSub11" expression="1" description="Covariant metric tensor, 11 component"/>
        </expressions>
        <expressions key="gSub21">
          <value tag="gSub21" description="Covariant metric tensor, 21 component"/>
        </expressions>
        <expressions key="gSub31">
          <value tag="gSub31" description="Covariant metric tensor, 31 component"/>
        </expressions>
        <expressions key="gSub12">
          <value tag="gSub12" description="Covariant metric tensor, 12 component"/>
        </expressions>
        <expressions key="gSub22">
          <value tag="gSub22" expression="1" description="Covariant metric tensor, 22 component"/>
        </expressions>
        <expressions key="gSub32">
          <value tag="gSub32" description="Covariant metric tensor, 32 component"/>
        </expressions>
        <expressions key="gSub13">
          <value tag="gSub13" description="Covariant metric tensor, 13 component"/>
        </expressions>
        <expressions key="gSub23">
          <value tag="gSub23" description="Covariant metric tensor, 23 component"/>
        </expressions>
        <expressions key="gSub33">
          <value tag="gSub33" expression="1" description="Covariant metric tensor, 33 component"/>
        </expressions>
        <expressions key="gSup11">
          <value tag="gSup11" expression="1" description="Contravariant metric tensor, 11 component"/>
        </expressions>
        <expressions key="gSup21">
          <value tag="gSup21" description="Contravariant metric tensor, 21 component"/>
        </expressions>
        <expressions key="gSup31">
          <value tag="gSup31" description="Contravariant metric tensor, 31 component"/>
        </expressions>
        <expressions key="gSup12">
          <value tag="gSup12" description="Contravariant metric tensor, 12 component"/>
        </expressions>
        <expressions key="gSup22">
          <value tag="gSup22" expression="1" description="Contravariant metric tensor, 22 component"/>
        </expressions>
        <expressions key="gSup32">
          <value tag="gSup32" description="Contravariant metric tensor, 32 component"/>
        </expressions>
        <expressions key="gSup13">
          <value tag="gSup13" description="Contravariant metric tensor, 13 component"/>
        </expressions>
        <expressions key="gSup23">
          <value tag="gSup23" description="Contravariant metric tensor, 23 component"/>
        </expressions>
        <expressions key="gSup33">
          <value tag="gSup33" expression="1" description="Contravariant metric tensor, 33 component"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr19">
      <value tag="iexpr19" derivedFrom="//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value" storedParent="//@modelNode/@modelNodes[key='comp1']/@value" entityName="Derived Variables 19" entityComments="" entityAuthor="" entityCreationTime="1429910687948">
        <tags tag="Analysis" values="1,'std1/stat'"/>
        <selection xsi:type="com.comsol.mph-v15:XDLocalSelection" entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1429910687947" selType="global"/>
        <expressions key="dL">
          <value tag="dL" expression="(root.comp1.mat1.def.dL(T[1/K])-root.comp1.mat1.def.dL(Tempref[1/K]))/(1+root.comp1.mat1.def.dL(Tempref[1/K]))"/>
        </expressions>
        <expressions key="k11">
          <value tag="k11" expression="root.comp1.mat1.def.k_solid_1(T[1/K])[W/(m*K)]"/>
        </expressions>
        <expressions key="k21">
          <value tag="k21"/>
        </expressions>
        <expressions key="k31">
          <value tag="k31"/>
        </expressions>
        <expressions key="k12">
          <value tag="k12"/>
        </expressions>
        <expressions key="k22">
          <value tag="k22" expression="root.comp1.mat1.def.k_solid_1(T[1/K])[W/(m*K)]"/>
        </expressions>
        <expressions key="k32">
          <value tag="k32"/>
        </expressions>
        <expressions key="k13">
          <value tag="k13"/>
        </expressions>
        <expressions key="k23">
          <value tag="k23"/>
        </expressions>
        <expressions key="k33">
          <value tag="k33" expression="root.comp1.mat1.def.k_solid_1(T[1/K])[W/(m*K)]"/>
        </expressions>
        <expressions key="res11">
          <value tag="res11" expression="root.comp1.mat1.def.res_solid_1(T[1/K])[ohm*m]"/>
        </expressions>
        <expressions key="res21">
          <value tag="res21"/>
        </expressions>
        <expressions key="res31">
          <value tag="res31"/>
        </expressions>
        <expressions key="res12">
          <value tag="res12"/>
        </expressions>
        <expressions key="res22">
          <value tag="res22" expression="root.comp1.mat1.def.res_solid_1(T[1/K])[ohm*m]"/>
        </expressions>
        <expressions key="res32">
          <value tag="res32"/>
        </expressions>
        <expressions key="res13">
          <value tag="res13"/>
        </expressions>
        <expressions key="res23">
          <value tag="res23"/>
        </expressions>
        <expressions key="res33">
          <value tag="res33" expression="root.comp1.mat1.def.res_solid_1(T[1/K])[ohm*m]"/>
        </expressions>
        <expressions key="alpha11">
          <value tag="alpha11" expression="(root.comp1.mat1.def.alpha(T[1/K])[1/K]+(Tempref-293[K])*if(abs(T-Tempref)>0.001,(root.comp1.mat1.def.alpha(T[1/K])[1/K]-root.comp1.mat1.def.alpha(Tempref[1/K])[1/K])/(T-Tempref),d(root.comp1.mat1.def.alpha(T[1/K]),T)[1/K]))/(1+root.comp1.mat1.def.alpha(Tempref[1/K])[1/K]*(Tempref-293[K]))"/>
        </expressions>
        <expressions key="alpha21">
          <value tag="alpha21"/>
        </expressions>
        <expressions key="alpha31">
          <value tag="alpha31"/>
        </expressions>
        <expressions key="alpha12">
          <value tag="alpha12"/>
        </expressions>
        <expressions key="alpha22">
          <value tag="alpha22" expression="(root.comp1.mat1.def.alpha(T[1/K])[1/K]+(Tempref-293[K])*if(abs(T-Tempref)>0.001,(root.comp1.mat1.def.alpha(T[1/K])[1/K]-root.comp1.mat1.def.alpha(Tempref[1/K])[1/K])/(T-Tempref),d(root.comp1.mat1.def.alpha(T[1/K]),T)[1/K]))/(1+root.comp1.mat1.def.alpha(Tempref[1/K])[1/K]*(Tempref-293[K]))"/>
        </expressions>
        <expressions key="alpha32">
          <value tag="alpha32"/>
        </expressions>
        <expressions key="alpha13">
          <value tag="alpha13"/>
        </expressions>
        <expressions key="alpha23">
          <value tag="alpha23"/>
        </expressions>
        <expressions key="alpha33">
          <value tag="alpha33" expression="(root.comp1.mat1.def.alpha(T[1/K])[1/K]+(Tempref-293[K])*if(abs(T-Tempref)>0.001,(root.comp1.mat1.def.alpha(T[1/K])[1/K]-root.comp1.mat1.def.alpha(Tempref[1/K])[1/K])/(T-Tempref),d(root.comp1.mat1.def.alpha(T[1/K]),T)[1/K]))/(1+root.comp1.mat1.def.alpha(Tempref[1/K])[1/K]*(Tempref-293[K]))"/>
        </expressions>
        <expressions key="Cp">
          <value tag="Cp" expression="root.comp1.mat1.def.C_solid_1(T[1/K])[J/(kg*K)]"/>
        </expressions>
        <expressions key="HC">
          <value tag="HC" expression="root.comp1.mat1.def.HC_solid_1(T[1/K])[J/(mol*K)]"/>
        </expressions>
        <expressions key="sigma11">
          <value tag="sigma11" expression="root.comp1.mat1.def.sigma_solid_1(T[1/K])[S/m]"/>
        </expressions>
        <expressions key="sigma21">
          <value tag="sigma21"/>
        </expressions>
        <expressions key="sigma31">
          <value tag="sigma31"/>
        </expressions>
        <expressions key="sigma12">
          <value tag="sigma12"/>
        </expressions>
        <expressions key="sigma22">
          <value tag="sigma22" expression="root.comp1.mat1.def.sigma_solid_1(T[1/K])[S/m]"/>
        </expressions>
        <expressions key="sigma32">
          <value tag="sigma32"/>
        </expressions>
        <expressions key="sigma13">
          <value tag="sigma13"/>
        </expressions>
        <expressions key="sigma23">
          <value tag="sigma23"/>
        </expressions>
        <expressions key="sigma33">
          <value tag="sigma33" expression="root.comp1.mat1.def.sigma_solid_1(T[1/K])[S/m]"/>
        </expressions>
        <expressions key="rho">
          <value tag="rho" expression="root.comp1.mat1.def.rho(T[1/K])[kg/m^3]"/>
        </expressions>
        <expressions key="VP">
          <value tag="VP" expression="root.comp1.mat1.def.VP_solid_1(T[1/K])[Pa]"/>
        </expressions>
        <expressions key="mur11">
          <value tag="mur11" expression="1.05"/>
        </expressions>
        <expressions key="mur21">
          <value tag="mur21"/>
        </expressions>
        <expressions key="mur31">
          <value tag="mur31"/>
        </expressions>
        <expressions key="mur12">
          <value tag="mur12"/>
        </expressions>
        <expressions key="mur22">
          <value tag="mur22" expression="1.05"/>
        </expressions>
        <expressions key="mur32">
          <value tag="mur32"/>
        </expressions>
        <expressions key="mur13">
          <value tag="mur13"/>
        </expressions>
        <expressions key="mur23">
          <value tag="mur23"/>
        </expressions>
        <expressions key="mur33">
          <value tag="mur33" expression="1.05"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr20">
      <value tag="iexpr20" derivedFrom="//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value" storedParent="//@modelNode/@modelNodes[key='comp1']/@value" entityName="Derived Variables 20" entityComments="" entityAuthor="" entityCreationTime="1429910687949">
        <tags tag="Analysis" values="1,'std1/stat'"/>
        <selection xsi:type="com.comsol.mph-v15:XDLocalSelection" entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1429910687949" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="4,2,3" dim="2" hDim="2"/>
        <expressions key="material.def.dL">
          <value tag="material.def.dL" expression="(root.comp1.mat1.def.dL(T[1/K])-root.comp1.mat1.def.dL(Tempref[1/K]))/(1+root.comp1.mat1.def.dL(Tempref[1/K]))"/>
        </expressions>
        <expressions key="material.k11">
          <value tag="material.k11" expression="root.comp1.mat1.def.k_solid_1(T[1/K])[W/(m*K)]"/>
        </expressions>
        <expressions key="material.k21">
          <value tag="material.k21"/>
        </expressions>
        <expressions key="material.k31">
          <value tag="material.k31"/>
        </expressions>
        <expressions key="material.k12">
          <value tag="material.k12"/>
        </expressions>
        <expressions key="material.k22">
          <value tag="material.k22" expression="root.comp1.mat1.def.k_solid_1(T[1/K])[W/(m*K)]"/>
        </expressions>
        <expressions key="material.k32">
          <value tag="material.k32"/>
        </expressions>
        <expressions key="material.k13">
          <value tag="material.k13"/>
        </expressions>
        <expressions key="material.k23">
          <value tag="material.k23"/>
        </expressions>
        <expressions key="material.k33">
          <value tag="material.k33" expression="root.comp1.mat1.def.k_solid_1(T[1/K])[W/(m*K)]"/>
        </expressions>
        <expressions key="material.res11">
          <value tag="material.res11" expression="root.comp1.mat1.def.res_solid_1(T[1/K])[ohm*m]"/>
        </expressions>
        <expressions key="material.res21">
          <value tag="material.res21"/>
        </expressions>
        <expressions key="material.res31">
          <value tag="material.res31"/>
        </expressions>
        <expressions key="material.res12">
          <value tag="material.res12"/>
        </expressions>
        <expressions key="material.res22">
          <value tag="material.res22" expression="root.comp1.mat1.def.res_solid_1(T[1/K])[ohm*m]"/>
        </expressions>
        <expressions key="material.res32">
          <value tag="material.res32"/>
        </expressions>
        <expressions key="material.res13">
          <value tag="material.res13"/>
        </expressions>
        <expressions key="material.res23">
          <value tag="material.res23"/>
        </expressions>
        <expressions key="material.res33">
          <value tag="material.res33" expression="root.comp1.mat1.def.res_solid_1(T[1/K])[ohm*m]"/>
        </expressions>
        <expressions key="material.alpha11">
          <value tag="material.alpha11" expression="(root.comp1.mat1.def.alpha(T[1/K])[1/K]+(Tempref-293[K])*if(abs(T-Tempref)>0.001,(root.comp1.mat1.def.alpha(T[1/K])[1/K]-root.comp1.mat1.def.alpha(Tempref[1/K])[1/K])/(T-Tempref),d(root.comp1.mat1.def.alpha(T[1/K]),T)[1/K]))/(1+root.comp1.mat1.def.alpha(Tempref[1/K])[1/K]*(Tempref-293[K]))"/>
        </expressions>
        <expressions key="material.alpha21">
          <value tag="material.alpha21"/>
        </expressions>
        <expressions key="material.alpha31">
          <value tag="material.alpha31"/>
        </expressions>
        <expressions key="material.alpha12">
          <value tag="material.alpha12"/>
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              <properties key="contributeto">
                <value tag="contributeto" value="none" referenceContainerList="//@geom/@geoms[key='geom1']/@value/@selection" compositeIndex="1"/>
              </properties>
              <properties key="posconstr">
                <value tag="posconstr" valueArray="1|2,'off','off'"/>
              </properties>
              <properties key="pos">
                <value tag="pos" valueArray="1|2,'3.81','5.365'"/>
              </properties>
              <properties key="x">
                <value tag="x" value="3.81"/>
              </properties>
              <properties key="y">
                <value tag="y" value="5.365"/>
              </properties>
              <properties key="rotconstr">
                <value tag="rotconstr" value="off"/>
              </properties>
              <properties key="rot">
                <value tag="rot" value="0"/>
              </properties>
              <properties key="type">
                <value tag="type" value="solid"/>
              </properties>
              <properties key="base">
                <value tag="base" value="corner"/>
              </properties>
              <properties key="layerold">
                <value tag="layerold" valueArray="1|0"/>
              </properties>
              <properties key="layername">
                <value tag="layername" valueArray="1|0"/>
              </properties>
              <properties key="layer">
                <value tag="layer" valueArray="1|0"/>
              </properties>
              <properties key="layer_vector_method">
                <value tag="layer_vector_method" value="step"/>
              </properties>
              <properties key="layer_vector_start">
                <value tag="layer_vector_start" value=""/>
              </properties>
              <properties key="layer_vector_stop">
                <value tag="layer_vector_stop" value=""/>
              </properties>
              <properties key="layer_vector_step">
                <value tag="layer_vector_step" value=""/>
              </properties>
              <properties key="layer_vector_numvalues">
                <value tag="layer_vector_numvalues" value=""/>
              </properties>
              <properties key="layer_vector_function">
                <value tag="layer_vector_function" value="none"/>
              </properties>
              <properties key="layerleft">
                <value tag="layerleft" value="off"/>
              </properties>
              <properties key="layerright">
                <value tag="layerright" value="off"/>
              </properties>
              <properties key="layerbottom">
                <value tag="layerbottom" value="on"/>
              </properties>
              <properties key="layertop">
                <value tag="layertop" value="off"/>
              </properties>
              <properties key="lx">
                <value tag="lx" value="1.27"/>
              </properties>
              <properties key="ly">
                <value tag="ly" value="1.27"/>
              </properties>
              <properties key="sizeconstr">
                <value tag="sizeconstr" valueArray="1|2,'off','off'"/>
              </properties>
              <properties key="size">
                <value tag="size" valueArray="1|2,'1.27','1.27'"/>
              </properties>
              <feature xsi:type="com.comsol.mph-v15:GeomFeatureList" model="/" sequence="//@geom/@geoms[key='geom1']/@value"/>
              <geom model="/">
                <objects key="r3(1)">
                  <value tag="r3(1)" entityName="Rectangle[geometry]" entityComments="" entityAuthor="" entityCreationTime="1429909493217" assocID="4,0,-259516332,-1309508036">
                    <entityFlags>norename</entityFlags>
                    <geomnative tag="/geom4.mphbin" numEntities="4,4,1" numEntitiesMesh="4,4,1" spaceDim="2"/>
                  </value>
                </objects>
              </geom>
            </value>
          </features>
          <features key="fin">
            <value xsi:type="com.comsol.mph-v15:GeomFeature" tag="fin" entityName="Form Union" entityComments="" entityAuthor="" entityCreationTime="1429909368413" operationID="Finalize" key="true[deg]actionunioncreatepairsongeomrepcomsolimprintoffpairtypeidentityrepairtol1.0E-6splitpairsoff" status="built" buildStatus="built" cacheTag="6067348581626817690" id="1" sequence="//@geom/@geoms[key='geom1']/@value">
              <entityFlags>noremove</entityFlags>
              <entityFlags>nodeactivate</entityFlags>
              <entityFlags>norename</entityFlags>
              <properties key="action">
                <value tag="action" value="union"/>
              </properties>
              <properties key="imprint">
                <value tag="imprint" value="off"/>
              </properties>
              <properties key="createpairs">
                <value tag="createpairs" value="on"/>
              </properties>
              <properties key="splitpairs">
                <value tag="splitpairs" value="off"/>
              </properties>
              <properties key="pairtype">
                <value tag="pairtype" value="identity"/>
              </properties>
              <properties key="repairtol">
                <value tag="repairtol" value="1.0E-6"/>
              </properties>
              <properties key="geomrep">
                <value tag="geomrep" value="comsol"/>
              </properties>
              <feature xsi:type="com.comsol.mph-v15:GeomFeatureList" model="/" sequence="//@geom/@geoms[key='geom1']/@value"/>
              <geom model="/">
                <objects key="fin(1)">
                  <value tag="fin(1)" entityName="Form_union/assembly" entityComments="" entityAuthor="" entityCreationTime="1429909494904" assocID="1,0,1412664675,-2007618406">
                    <entityFlags>norename</entityFlags>
                    <geomnative tag="/geom1.mphbin" numEntities="12,13,3" numEntitiesMesh="12,13,3" spaceDim="2"/>
                  </value>
                </objects>
              </geom>
            </value>
          </features>
        </feature>
        <selection entityName="Cumulative Selections" entityComments="" entityAuthor="" entityCreationTime="1429909368413" model="/"/>
      </value>
    </geoms>
  </geom>
  <mesh entityName="Meshes" entityComments="" entityAuthor="" entityCreationTime="1429909367949" model="/">
    <meshes key="mesh1">
      <value tag="mesh1" entityName="Mesh 1" entityComments="" entityAuthor="" entityCreationTime="1429909368422" cacheTagCurrent="5618846309120909680" currentFeature="//@mesh/@meshes[key='mesh1']/@value/@feature/@features[key='ftri1']/@value" geom="//@geom/@geoms[key='geom1']/@value" lastBuiltFeature="//@mesh/@meshes[key='mesh1']/@value/@feature/@features[key='ftri1']/@value" toolsSize="1.0" type="AUTOMATIC" autogenerated="true" constructionEntitiesToKeep="{},{},{}">
        <entityFlags>nodeactivate</entityFlags>
        <importAssoc tag="/meshassoc1.mphbin"/>
        <feature model="/" sequence="//@mesh/@meshes[key='mesh1']/@value">
          <features key="size">
            <value xsi:type="com.comsol.mph-v15:MeshFeature" tag="size" entityName="Size" entityComments="" entityAuthor="" entityCreationTime="1429909494907" operationID="MeshSizeDefault" key="true[deg]hcurve0.2hgrad1.1hmax0.15hmin3.0E-4hnarrow1.0tabledefault" status="built" buildStatus="built" sequence="//@mesh/@meshes[key='mesh1']/@value">
              <entityFlags>nodeactivate</entityFlags>
              <entityFlags>noremove</entityFlags>
              <entityFlags>norename</entityFlags>
              <properties key="table">
                <value tag="table" value="default"/>
              </properties>
              <properties key="hmax">
                <value tag="hmax" value="0.15"/>
              </properties>
              <properties key="hmin">
                <value tag="hmin" value="3.0E-4"/>
              </properties>
              <properties key="hcurve">
                <value tag="hcurve" value="0.2"/>
              </properties>
              <properties key="hnarrow">
                <value tag="hnarrow" value="1"/>
              </properties>
              <properties key="hgrad">
                <value tag="hgrad" value="1.1"/>
              </properties>
              <properties key="hauto">
                <value tag="hauto" value="1"/>
              </properties>
              <properties key="custom">
                <value tag="custom" value="off"/>
              </properties>
              <feature xsi:type="com.comsol.mph-v15:MeshFeatureList" model="/" sequence="//@mesh/@meshes[key='mesh1']/@value"/>
            </value>
          </features>
          <features key="ftri1">
            <value xsi:type="com.comsol.mph-v15:MeshFeature" tag="ftri1" entityName="Free Triangular 1" entityComments="" entityAuthor="" entityCreationTime="1429910687976" operationID="FreeTri" key="true[deg]continueonmethodautosmoothcontrolonsmoothmaxdepth8smoothmaxiter8xscale1.0yscale1.0MESHREMAINING" status="built" buildStatus="built" sequence="//@mesh/@meshes[key='mesh1']/@value">
              <selection xsi:type="com.comsol.mph-v15:MeshSelection" entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1429910687977" selType="meshremaining"/>
              <properties key="continue">
                <value tag="continue" value="on"/>
              </properties>
              <properties key="xscale">
                <value tag="xscale" value="1"/>
              </properties>
              <properties key="yscale">
                <value tag="yscale" value="1"/>
              </properties>
              <properties key="smoothcontrol">
                <value tag="smoothcontrol" value="on"/>
              </properties>
              <properties key="smoothmaxiter">
                <value tag="smoothmaxiter" value="8"/>
              </properties>
              <properties key="smoothmaxdepth">
                <value tag="smoothmaxdepth" value="8"/>
              </properties>
              <properties key="method">
                <value tag="method" value="auto"/>
              </properties>
              <feature xsi:type="com.comsol.mph-v15:MeshFeatureList" model="/" sequence="//@mesh/@meshes[key='mesh1']/@value"/>
            </value>
          </features>
        </feature>
        <meshnative tag="/mesh1.mphbin" numEntities="12,13,3" numEntitiesMesh="12,13,3" spaceDim="2"/>
      </value>
    </meshes>
  </mesh>
  <modelNode entityName="Extra Dimensions" entityComments="" entityAuthor="" entityCreationTime="1429909368007" model="/">
    <modelNodes key="comp1">
      <value tag="comp1" entityName="Component 1" entityComments="" entityAuthor="" entityCreationTime="1429909368401" identifier="comp1" defineLocalCoord="true">
        <entityFlags>nodeactivate</entityFlags>
      </value>
    </modelNodes>
  </modelNode>
  <shape entityName="List" entityComments="" entityAuthor="" entityCreationTime="1429909368409" model="/">
    <shapes key="shape1">
      <value tag="shape1" derivedFrom="//@physics/@physints[key='mfnc']/@value/@feature/@features[key='mfc1']/@value" entityName="Derived Shape 1" frame="//@frame/@frames[key='material1']/@value">
        <selection xsi:type="com.comsol.mph-v15:XDLocalSelection" entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1429910687905" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="4,1,2,3" inherit="true" dim="2" hDim="2"/>
        <feature model="/">
          <features key="shfun1">
            <value xsi:type="com.comsol.mph.shapefunctions-v15:ShLag" tag="shfun1" derivedFrom="//@physics/@physints[key='mfnc']/@value/@feature/@features[key='mfc1']/@value" entityName="Derived Shape 1" basename="comp1.Vm" order="2">
              <tags tag="Analysis"/>
            </value>
          </features>
        </feature>
        <slits xsi:type="com.comsol.mph-v15:XDLocalSelection" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="14" inherit="true" dim="1" hDim="1"/>
      </value>
    </shapes>
  </shape>
  <material entityName="Materials" entityComments="" entityAuthor="" entityCreationTime="1429909367949" model="/">
    <materials key="mat1">
      <value tag="mat1" storedParent="//@modelNode/@modelNodes[key='comp1']/@value" entityName="Neodymium [solid]" entityComments="" entityAuthor="" entityCreationTime="1429909496668" operationID="Common" identifier="mat1">
        <selection xsi:type="com.comsol.mph-v15:XDLocalSelection" entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1429909496672" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="4,2,3" dim="2" hDim="2"/>
        <properties key="family">
          <value tag="family" value="custom"/>
        </properties>
        <properties key="specular">
          <value tag="specular" value="custom"/>
        </properties>
        <properties key="customspecular">
          <value tag="customspecular" valueArray="1|3,'0.7843137254901961','1','1'"/>
        </properties>
        <properties key="customspecular_vector_method">
          <value tag="customspecular_vector_method" value="step"/>
        </properties>
        <properties key="customspecular_vector_start">
          <value tag="customspecular_vector_start" value=""/>
        </properties>
        <properties key="customspecular_vector_stop">
          <value tag="customspecular_vector_stop" value=""/>
        </properties>
        <properties key="customspecular_vector_step">
          <value tag="customspecular_vector_step" value=""/>
        </properties>
        <properties key="customspecular_vector_numvalues">
          <value tag="customspecular_vector_numvalues" value=""/>
        </properties>
        <properties key="customspecular_vector_function">
          <value tag="customspecular_vector_function" value="none"/>
        </properties>
        <properties key="diffuse">
          <value tag="diffuse" value="custom"/>
        </properties>
        <properties key="customdiffuse">
          <value tag="customdiffuse" valueArray="1|3,'0.7843137254901961','0.7843137254901961','0.7843137254901961'"/>
        </properties>
        <properties key="customdiffuse_vector_method">
          <value tag="customdiffuse_vector_method" value="step"/>
        </properties>
        <properties key="customdiffuse_vector_start">
          <value tag="customdiffuse_vector_start" value=""/>
        </properties>
        <properties key="customdiffuse_vector_stop">
          <value tag="customdiffuse_vector_stop" value=""/>
        </properties>
        <properties key="customdiffuse_vector_step">
          <value tag="customdiffuse_vector_step" value=""/>
        </properties>
        <properties key="customdiffuse_vector_numvalues">
          <value tag="customdiffuse_vector_numvalues" value=""/>
        </properties>
        <properties key="customdiffuse_vector_function">
          <value tag="customdiffuse_vector_function" value="none"/>
        </properties>
        <properties key="ambient">
          <value tag="ambient" value="custom"/>
        </properties>
        <properties key="customambient">
          <value tag="customambient" valueArray="1|3,'0.7843137254901961','0.7843137254901961','0.7843137254901961'"/>
        </properties>
        <properties key="customambient_vector_method">
          <value tag="customambient_vector_method" value="step"/>
        </properties>
        <properties key="customambient_vector_start">
          <value tag="customambient_vector_start" value=""/>
        </properties>
        <properties key="customambient_vector_stop">
          <value tag="customambient_vector_stop" value=""/>
        </properties>
        <properties key="customambient_vector_step">
          <value tag="customambient_vector_step" value=""/>
        </properties>
        <properties key="customambient_vector_numvalues">
          <value tag="customambient_vector_numvalues" value=""/>
        </properties>
        <properties key="customambient_vector_function">
          <value tag="customambient_vector_function" value="none"/>
        </properties>
        <properties key="noise">
          <value tag="noise" value="on"/>
        </properties>
        <properties key="noisescale">
          <value tag="noisescale" value="0"/>
        </properties>
        <properties key="noisefreq">
          <value tag="noisefreq" value="1"/>
        </properties>
        <properties key="alpha">
          <value tag="alpha" value="1"/>
        </properties>
        <properties key="lighting">
          <value tag="lighting" value="cooktorrance"/>
        </properties>
        <properties key="fresnel">
          <value tag="fresnel" value="0.9"/>
        </properties>
        <properties key="roughness">
          <value tag="roughness" value="0.1"/>
        </properties>
        <properties key="shininess">
          <value tag="shininess" value="200"/>
        </properties>
        <properties key="lastfamily">
          <value tag="lastfamily" value="custom"/>
        </properties>
        <materialList entityName="Materials" entityComments="" entityAuthor="" entityCreationTime="1429910514383" model="/">
          <valid>false</valid>
        </materialList>
        <materialmodel entityName="List" entityComments="" entityAuthor="" entityCreationTime="1429909496673" model="/">
          <models key="def">
            <value tag="def" entityName="Basic" entityComments="" entityAuthor="" entityCreationTime="1429909496674" identifier="def">
              <entityFlags>noremove</entityFlags>
              <entityFlags>norename</entityFlags>
              <param key="dL">
                <value tag="dL" value="1|1,'(dL(T[1/K])-dL(Tempref[1/K]))/(1+dL(Tempref[1/K]))'"/>
              </param>
              <param key="thermalconductivity">
                <value tag="thermalconductivity" value="9|1,'k_solid_1(T[1/K])[W/(m*K)]'|1,'0'|1,'0'|1,'0'|1,'k_solid_1(T[1/K])[W/(m*K)]'|1,'0'|1,'0'|1,'0'|1,'k_solid_1(T[1/K])[W/(m*K)]'"/>
              </param>
              <param key="resistivity">
                <value tag="resistivity" value="9|1,'res_solid_1(T[1/K])[ohm*m]'|1,'0'|1,'0'|1,'0'|1,'res_solid_1(T[1/K])[ohm*m]'|1,'0'|1,'0'|1,'0'|1,'res_solid_1(T[1/K])[ohm*m]'"/>
              </param>
              <param key="thermalexpansioncoefficient">
                <value tag="thermalexpansioncoefficient" value="9|1,'(alpha(T[1/K])[1/K]+(Tempref-293[K])*if(abs(T-Tempref)>1e-3\,(alpha(T[1/K])[1/K]-alpha(Tempref[1/K])[1/K])/(T-Tempref)\,d(alpha(T[1/K])\,T)[1/K]))/(1+alpha(Tempref[1/K])[1/K]*(Tempref-293[K]))'|1,'0'|1,'0'|1,'0'|1,'(alpha(T[1/K])[1/K]+(Tempref-293[K])*if(abs(T-Tempref)>1e-3\,(alpha(T[1/K])[1/K]-alpha(Tempref[1/K])[1/K])/(T-Tempref)\,d(alpha(T[1/K])\,T)[1/K]))/(1+alpha(Tempref[1/K])[1/K]*(Tempref-293[K]))'|1,'0'|1,'0'|1,'0'|1,'(alpha(T[1/K])[1/K]+(Tempref-293[K])*if(abs(T-Tempref)>1e-3\,(alpha(T[1/K])[1/K]-alpha(Tempref[1/K])[1/K])/(T-Tempref)\,d(alpha(T[1/K])\,T)[1/K]))/(1+alpha(Tempref[1/K])[1/K]*(Tempref-293[K]))'"/>
              </param>
              <param key="heatcapacity">
                <value tag="heatcapacity" value="1|1,'C_solid_1(T[1/K])[J/(kg*K)]'"/>
              </param>
              <param key="HC">
                <value tag="HC" value="1|1,'HC_solid_1(T[1/K])[J/(mol*K)]'"/>
              </param>
              <param key="electricconductivity">
                <value tag="electricconductivity" value="9|1,'sigma_solid_1(T[1/K])[S/m]'|1,'0'|1,'0'|1,'0'|1,'sigma_solid_1(T[1/K])[S/m]'|1,'0'|1,'0'|1,'0'|1,'sigma_solid_1(T[1/K])[S/m]'"/>
              </param>
              <param key="density">
                <value tag="density" value="1|1,'rho(T[1/K])[kg/m^3]'"/>
              </param>
              <param key="VP">
                <value tag="VP" value="1|1,'VP_solid_1(T[1/K])[Pa]'"/>
              </param>
              <param key="relpermeability">
                <value tag="relpermeability" value="9|1,'1.05'|1,'0'|1,'0'|1,'0'|1,'1.05'|1,'0'|1,'0'|1,'0'|1,'1.05'"/>
              </param>
              <input>temperature</input>
              <input>strainreferencetemperature</input>
              <func model="/">
                <features key="dL">
                  <value xsi:type="com.comsol.mph-v15:FunctionFeature" tag="dL" entityName="Piecewise" entityComments="" entityAuthor="" entityCreationTime="1429909496717" operationID="Piecewise">
                    <properties key="relaxnamecheck">
                      <value tag="relaxnamecheck" value="off"/>
                    </properties>
                    <properties key="funcname">
                      <value tag="funcname" value="dL"/>
                    </properties>
                    <properties key="arg">
                      <value tag="arg" value="T"/>
                    </properties>
                    <properties key="extrap">
                      <value tag="extrap" value="constant"/>
                    </properties>
                    <properties key="extrapvalue">
                      <value tag="extrapvalue" value="0"/>
                    </properties>
                    <properties key="smooth">
                      <value tag="smooth" value="none"/>
                    </properties>
                    <properties key="zonelengthtype">
                      <value tag="zonelengthtype" value="relative"/>
                    </properties>
                    <properties key="smoothzone">
                      <value tag="smoothzone" value="0.1"/>
                    </properties>
                    <properties key="showbox">
                      <value tag="showbox" value="off"/>
                    </properties>
                    <properties key="smoothends">
                      <value tag="smoothends" value="off"/>
                    </properties>
                    <properties key="piecesexcelfilename">
                      <value tag="piecesexcelfilename" value=""/>
                    </properties>
                    <properties key="piecesexcelsheet">
                      <value tag="piecesexcelsheet" value=""/>
                    </properties>
                    <properties key="piecesexcelrange">
                      <value tag="piecesexcelrange" value=""/>
                    </properties>
                    <properties key="piecesexceloverwrite">
                      <value tag="piecesexceloverwrite" value="on"/>
                    </properties>
                    <properties key="piecesexcelincludeheaders">
                      <value tag="piecesexcelincludeheaders" value="off"/>
                    </properties>
                    <properties key="piecesexcelseparateunits">
                      <value tag="piecesexcelseparateunits" value="off"/>
                    </properties>
                    <properties key="pieces">
                      <value tag="pieces" valueArray="1|3,'293.0','1073.0','-0.001402566+3.468765E-6*T^1+4.714476E-9*T^2-7.3607E-13*T^3'"/>
                    </properties>
                    <properties key="argunit">
                      <value tag="argunit" value=""/>
                    </properties>
                    <properties key="fununit">
                      <value tag="fununit" value=""/>
                    </properties>
                    <feature xsi:type="com.comsol.mph-v15:FunctionFeatureList" model="/"/>
                  </value>
                </features>
                <features key="k_solid_1">
                  <value xsi:type="com.comsol.mph-v15:FunctionFeature" tag="k_solid_1" entityName="Piecewise 1" entityComments="" entityAuthor="" entityCreationTime="1429909496723" operationID="Piecewise">
                    <properties key="relaxnamecheck">
                      <value tag="relaxnamecheck" value="off"/>
                    </properties>
                    <properties key="funcname">
                      <value tag="funcname" value="k_solid_1"/>
                    </properties>
                    <properties key="arg">
                      <value tag="arg" value="T"/>
                    </properties>
                    <properties key="extrap">
                      <value tag="extrap" value="constant"/>
                    </properties>
                    <properties key="extrapvalue">
                      <value tag="extrapvalue" value="0"/>
                    </properties>
                    <properties key="smooth">
                      <value tag="smooth" value="none"/>
                    </properties>
                    <properties key="zonelengthtype">
                      <value tag="zonelengthtype" value="relative"/>
                    </properties>
                    <properties key="smoothzone">
                      <value tag="smoothzone" value="0.1"/>
                    </properties>
                    <properties key="showbox">
                      <value tag="showbox" value="off"/>
                    </properties>
                    <properties key="smoothends">
                      <value tag="smoothends" value="off"/>
                    </properties>
                    <properties key="piecesexcelfilename">
                      <value tag="piecesexcelfilename" value=""/>
                    </properties>
                    <properties key="piecesexcelsheet">
                      <value tag="piecesexcelsheet" value=""/>
                    </properties>
                    <properties key="piecesexcelrange">
                      <value tag="piecesexcelrange" value=""/>
                    </properties>
                    <properties key="piecesexceloverwrite">
                      <value tag="piecesexceloverwrite" value="on"/>
                    </properties>
                    <properties key="piecesexcelincludeheaders">
                      <value tag="piecesexcelincludeheaders" value="off"/>
                    </properties>
                    <properties key="piecesexcelseparateunits">
                      <value tag="piecesexcelseparateunits" value="off"/>
                    </properties>
                    <properties key="pieces">
                      <value tag="pieces" valueArray="1|3,'200.0','1135.0','17.78831-0.0111627*T^1+2.799204E-5*T^2-1.786306E-8*T^3+4.616206E-12*T^4'"/>
                    </properties>
                    <properties key="argunit">
                      <value tag="argunit" value=""/>
                    </properties>
                    <properties key="fununit">
                      <value tag="fununit" value=""/>
                    </properties>
                    <feature xsi:type="com.comsol.mph-v15:FunctionFeatureList" model="/"/>
                  </value>
                </features>
                <features key="res_solid_1">
                  <value xsi:type="com.comsol.mph-v15:FunctionFeature" tag="res_solid_1" entityName="Piecewise 1a" entityComments="" entityAuthor="" entityCreationTime="1429909496727" operationID="Piecewise">
                    <properties key="relaxnamecheck">
                      <value tag="relaxnamecheck" value="off"/>
                    </properties>
                    <properties key="funcname">
                      <value tag="funcname" value="res_solid_1"/>
                    </properties>
                    <properties key="arg">
                      <value tag="arg" value="T"/>
                    </properties>
                    <properties key="extrap">
                      <value tag="extrap" value="constant"/>
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                    <properties key="extrapvalue">
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            <value tag="mfc2" entityName="Magnetic Flux Conservation 2" entityComments="" entityAuthor="" entityCreationTime="1429909513587" applfeatureID="MagneticFluxConservation" applmode="//@physics/@physints[key='mfnc']/@value" edim="2">
              <tags tag="DomainType" values="1,'ACTIVE'"/>
              <selection xsi:type="com.comsol.mph-v15:XDLocalSelection" entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1429909513592" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="4,2" dim="2" hDim="2"/>
              <param key="ConstitutiveRelationH">
                <value tag="ConstitutiveRelationH" value="1|1,'RemanentFluxDensity'"/>
              </param>
              <param key="M">
                <value tag="M" value="3|1,'0'|1,'0'|1,'0'"/>
              </param>
              <param key="Br">
                <value tag="Br" value="3|1,'0'|1,'0'|1,'1.48[T]'"/>
              </param>
              <param key="mur_mat">
                <value tag="mur_mat" value="1|1,'from_mat'"/>
              </param>
              <param key="mur">
                <value tag="mur" value="9|1,'1'|1,'0'|1,'0'|1,'0'|1,'1'|1,'0'|1,'0'|1,'0'|1,'1'"/>
              </param>
              <param key="normB_mat">
                <value tag="normB_mat" value="1|1,'from_mat'"/>
              </param>
              <param key="normB">
                <value tag="normB" value="1|1,'mu0_const*mfnc.normH'"/>
              </param>
              <param key="materialType">
                <value tag="materialType" value="1|1,'nonSolid'"/>
              </param>
              <param key="coordinateSystem">
                <value tag="coordinateSystem" value="1|1,'GlobalSystem'"/>
              </param>
              <param key="minput_temperature_src">
                <value tag="minput_temperature_src" value="1|1,'userdef'"/>
              </param>
              <param key="minput_temperature">
                <value tag="minput_temperature" value="1|1,'293.15[K]'"/>
              </param>
              <param key="minput_pressure_src">
                <value tag="minput_pressure_src" value="1|1,'userdef'"/>
              </param>
              <param key="minput_pressure">
                <value tag="minput_pressure" value="1|1,'1[atm]'"/>
              </param>
              <param key="minput_electricfield_src">
                <value tag="minput_electricfield_src" value="1|1,'userdef'"/>
              </param>
              <param key="minput_electricfield">
                <value tag="minput_electricfield" value="3|1,'0'|1,'0'|1,'0'"/>
              </param>
              <param key="minput_magneticfield_src">
                <value tag="minput_magneticfield_src" value="1|1,'userdef'"/>
              </param>
              <param key="minput_magneticfield">
                <value tag="minput_magneticfield" value="3|1,'0'|1,'0'|1,'0'"/>
              </param>
              <param key="minput_magneticfluxdensity_src">
                <value tag="minput_magneticfluxdensity_src" value="1|1,'userdef'"/>
              </param>
              <param key="minput_magneticfluxdensity">
                <value tag="minput_magneticfluxdensity" value="3|1,'0'|1,'0'|1,'0'"/>
              </param>
              <param key="minput_velocity_src">
                <value tag="minput_velocity_src" value="1|1,'userdef'"/>
              </param>
              <param key="minput_velocity">
                <value tag="minput_velocity" value="3|1,'0'|1,'0'|1,'0'"/>
              </param>
              <param key="minput_frequency_src">
                <value tag="minput_frequency_src" value="1|1,'userdef'"/>
              </param>
              <param key="minput_frequency">
                <value tag="minput_frequency" value="1|1,'root.freq'"/>
              </param>
              <param key="minput_stress_src">
                <value tag="minput_stress_src" value="1|1,'userdef'"/>
              </param>
              <param key="minput_stress">
                <value tag="minput_stress" value="9|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'"/>
              </param>
              <param key="minput_effectiveplasticstrain_src">
                <value tag="minput_effectiveplasticstrain_src" value="1|1,'userdef'"/>
              </param>
              <param key="minput_effectiveplasticstrain">
                <value tag="minput_effectiveplasticstrain" value="1|1,'0'"/>
              </param>
              <param key="minput_strainreferencetemperature_src">
                <value tag="minput_strainreferencetemperature_src" value="1|1,'userdef'"/>
              </param>
              <param key="minput_strainreferencetemperature">
                <value tag="minput_strainreferencetemperature" value="1|1,'293.15[K]'"/>
              </param>
              <param key="minput_concentration_src">
                <value tag="minput_concentration_src" value="1|1,'userdef'"/>
              </param>
              <param key="minput_concentration">
                <value tag="minput_concentration" value="1|1,'0'"/>
              </param>
              <param key="minput_numberdensity_src">
                <value tag="minput_numberdensity_src" value="1|1,'userdef'"/>
              </param>
              <param key="minput_numberdensity">
                <value tag="minput_numberdensity" value="1|1,'0'"/>
              </param>
              <param key="minput_currentdensity_src">
                <value tag="minput_currentdensity_src" value="1|1,'userdef'"/>
              </param>
              <param key="minput_currentdensity">
                <value tag="minput_currentdensity" value="3|1,'0'|1,'0'|1,'0'"/>
              </param>
              <param key="editModelInputs">
                <value tag="editModelInputs" value="1|1,'0'"/>
              </param>
              <param key="StudyStep">
                <value tag="StudyStep" value="1|1,'std1/stat'"/>
              </param>
              <feature model="/" appl="//@physics/@physints[key='mfnc']/@value"/>
              <featureInfo model="/">
                <objects key="info">
                  <value tag="info" entityName="Equation View" entityComments="" entityAuthor="" entityCreationTime="1429909513590">
                    <entityFlags>noremove</entityFlags>
                    <entityFlags>nodeactivate</entityFlags>
                  </value>
                </objects>
              </featureInfo>
            </value>
          </features>
          <features key="mfc3">
            <value tag="mfc3" entityName="Magnetic Flux Conservation 3" entityComments="" entityAuthor="" entityCreationTime="1429909528604" applfeatureID="MagneticFluxConservation" applmode="//@physics/@physints[key='mfnc']/@value" edim="2">
              <tags tag="DomainType" values="1,'ACTIVE'"/>
              <selection xsi:type="com.comsol.mph-v15:XDLocalSelection" entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1429909528610" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="4,3" dim="2" hDim="2"/>
              <param key="ConstitutiveRelationH">
                <value tag="ConstitutiveRelationH" value="1|1,'RemanentFluxDensity'"/>
              </param>
              <param key="M">
                <value tag="M" value="3|1,'0'|1,'0'|1,'0'"/>
              </param>
              <param key="Br">
                <value tag="Br" value="3|1,'0'|1,'0'|1,'1.32 [T]'"/>
              </param>
              <param key="mur_mat">
                <value tag="mur_mat" value="1|1,'from_mat'"/>
              </param>
              <param key="mur">
                <value tag="mur" value="9|1,'1'|1,'0'|1,'0'|1,'0'|1,'1'|1,'0'|1,'0'|1,'0'|1,'1'"/>
              </param>
              <param key="normB_mat">
                <value tag="normB_mat" value="1|1,'from_mat'"/>
              </param>
              <param key="normB">
                <value tag="normB" value="1|1,'mu0_const*mfnc.normH'"/>
              </param>
              <param key="materialType">
                <value tag="materialType" value="1|1,'nonSolid'"/>
              </param>
              <param key="coordinateSystem">
                <value tag="coordinateSystem" value="1|1,'GlobalSystem'"/>
              </param>
              <param key="minput_temperature_src">
                <value tag="minput_temperature_src" value="1|1,'userdef'"/>
              </param>
              <param key="minput_temperature">
                <value tag="minput_temperature" value="1|1,'293.15[K]'"/>
              </param>
              <param key="minput_pressure_src">
                <value tag="minput_pressure_src" value="1|1,'userdef'"/>
              </param>
              <param key="minput_pressure">
                <value tag="minput_pressure" value="1|1,'1[atm]'"/>
              </param>
              <param key="minput_electricfield_src">
                <value tag="minput_electricfield_src" value="1|1,'userdef'"/>
              </param>
              <param key="minput_electricfield">
                <value tag="minput_electricfield" value="3|1,'0'|1,'0'|1,'0'"/>
              </param>
              <param key="minput_magneticfield_src">
                <value tag="minput_magneticfield_src" value="1|1,'userdef'"/>
              </param>
              <param key="minput_magneticfield">
                <value tag="minput_magneticfield" value="3|1,'0'|1,'0'|1,'0'"/>
              </param>
              <param key="minput_magneticfluxdensity_src">
                <value tag="minput_magneticfluxdensity_src" value="1|1,'userdef'"/>
              </param>
              <param key="minput_magneticfluxdensity">
                <value tag="minput_magneticfluxdensity" value="3|1,'0'|1,'0'|1,'0'"/>
              </param>
              <param key="minput_velocity_src">
                <value tag="minput_velocity_src" value="1|1,'userdef'"/>
              </param>
              <param key="minput_velocity">
                <value tag="minput_velocity" value="3|1,'0'|1,'0'|1,'0'"/>
              </param>
              <param key="minput_frequency_src">
                <value tag="minput_frequency_src" value="1|1,'userdef'"/>
              </param>
              <param key="minput_frequency">
                <value tag="minput_frequency" value="1|1,'root.freq'"/>
              </param>
              <param key="minput_stress_src">
                <value tag="minput_stress_src" value="1|1,'userdef'"/>
              </param>
              <param key="minput_stress">
                <value tag="minput_stress" value="9|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'"/>
              </param>
              <param key="minput_effectiveplasticstrain_src">
                <value tag="minput_effectiveplasticstrain_src" value="1|1,'userdef'"/>
              </param>
              <param key="minput_effectiveplasticstrain">
                <value tag="minput_effectiveplasticstrain" value="1|1,'0'"/>
              </param>
              <param key="minput_strainreferencetemperature_src">
                <value tag="minput_strainreferencetemperature_src" value="1|1,'userdef'"/>
              </param>
              <param key="minput_strainreferencetemperature">
                <value tag="minput_strainreferencetemperature" value="1|1,'293.15[K]'"/>
              </param>
              <param key="minput_concentration_src">
                <value tag="minput_concentration_src" value="1|1,'userdef'"/>
              </param>
              <param key="minput_concentration">
                <value tag="minput_concentration" value="1|1,'0'"/>
              </param>
              <param key="minput_numberdensity_src">
                <value tag="minput_numberdensity_src" value="1|1,'userdef'"/>
              </param>
              <param key="minput_numberdensity">
                <value tag="minput_numberdensity" value="1|1,'0'"/>
              </param>
              <param key="minput_currentdensity_src">
                <value tag="minput_currentdensity_src" value="1|1,'userdef'"/>
              </param>
              <param key="minput_currentdensity">
                <value tag="minput_currentdensity" value="3|1,'0'|1,'0'|1,'0'"/>
              </param>
              <param key="editModelInputs">
                <value tag="editModelInputs" value="1|1,'0'"/>
              </param>
              <param key="StudyStep">
                <value tag="StudyStep" value="1|1,'std1/stat'"/>
              </param>
              <feature model="/" appl="//@physics/@physints[key='mfnc']/@value"/>
              <featureInfo model="/">
                <objects key="info">
                  <value tag="info" entityName="Equation View" entityComments="" entityAuthor="" entityCreationTime="1429909528607">
                    <entityFlags>noremove</entityFlags>
                    <entityFlags>nodeactivate</entityFlags>
                  </value>
                </objects>
              </featureInfo>
            </value>
          </features>
          <features key="zsp1">
            <value tag="zsp1" entityName="Zero Magnetic Scalar Potential 1" entityComments="" entityAuthor="" entityCreationTime="1429909560005" applfeatureID="ZeroMagneticScalarPotential" applmode="//@physics/@physints[key='mfnc']/@value" edim="1">
              <tags tag="DomainType" values="3,'ACTIVE','EXTERIOR','INTERIOR'"/>
              <selection xsi:type="com.comsol.mph-v15:XDLocalSelection" entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1429909560008" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="14,2,7,13" dim="1" hDim="1"/>
              <param key="constraintType">
                <value tag="constraintType" value="1|1,'symmetricConstraint'"/>
              </param>
              <param key="weakConstraints">
                <value tag="weakConstraints" value="1|1,'0'"/>
              </param>
              <param key="constraintMethod">
                <value tag="constraintMethod" value="1|1,'elemental'"/>
              </param>
              <param key="StudyStep">
                <value tag="StudyStep" value="1|1,'std1/stat'"/>
              </param>
              <feature model="/" appl="//@physics/@physints[key='mfnc']/@value"/>
              <featureInfo model="/">
                <objects key="info">
                  <value tag="info" entityName="Equation View" entityComments="" entityAuthor="" entityCreationTime="1429909560006">
                    <entityFlags>noremove</entityFlags>
                    <entityFlags>nodeactivate</entityFlags>
                  </value>
                </objects>
              </featureInfo>
            </value>
          </features>
          <features key="fcal1">
            <value tag="fcal1" entityName="Force Calculation 1" entityComments="" entityAuthor="" entityCreationTime="1429909568228" applfeatureID="ForceCalculation" applmode="//@physics/@physints[key='mfnc']/@value" edim="2">
              <tags tag="DomainType" values="1,'ACTIVE'"/>
              <selection xsi:type="com.comsol.mph-v15:XDLocalSelection" entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1429909568232" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="4,3" dim="2" hDim="2"/>
              <param key="ForceName">
                <value tag="ForceName" value="1|1,'0'"/>
              </param>
              <param key="useAverage">
                <value tag="useAverage" value="1|1,'1'"/>
              </param>
              <param key="StudyStep">
                <value tag="StudyStep" value="1|1,'std1/stat'"/>
              </param>
              <feature model="/" appl="//@physics/@physints[key='mfnc']/@value"/>
              <featureInfo model="/">
                <objects key="info">
                  <value tag="info" entityName="Equation View" entityComments="" entityAuthor="" entityCreationTime="1429909568229">
                    <entityFlags>noremove</entityFlags>
                    <entityFlags>nodeactivate</entityFlags>
                  </value>
                </objects>
              </featureInfo>
            </value>
          </features>
          <features key="fcal2">
            <value tag="fcal2" entityName="Force Calculation 2" entityComments="" entityAuthor="" entityCreationTime="1429909588331" applfeatureID="ForceCalculation" applmode="//@physics/@physints[key='mfnc']/@value" edim="2">
              <tags tag="DomainType" values="1,'ACTIVE'"/>
              <selection xsi:type="com.comsol.mph-v15:XDLocalSelection" entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1429909588334" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="4,2" dim="2" hDim="2"/>
              <param key="ForceName">
                <value tag="ForceName" value="1|1,'1'"/>
              </param>
              <param key="useAverage">
                <value tag="useAverage" value="1|1,'1'"/>
              </param>
              <param key="StudyStep">
                <value tag="StudyStep" value="1|1,'std1/stat'"/>
              </param>
              <feature model="/" appl="//@physics/@physints[key='mfnc']/@value"/>
              <featureInfo model="/">
                <objects key="info">
                  <value tag="info" entityName="Equation View" entityComments="" entityAuthor="" entityCreationTime="1429909588332">
                    <entityFlags>noremove</entityFlags>
                    <entityFlags>nodeactivate</entityFlags>
                  </value>
                </objects>
              </featureInfo>
            </value>
          </features>
        </feature>
        <featureInfo model="/">
          <objects key="info">
            <value tag="info" entityName="Equation View" entityComments="" entityAuthor="" entityCreationTime="1429909368544">
              <entityFlags>noremove</entityFlags>
              <entityFlags>nodeactivate</entityFlags>
            </value>
          </objects>
        </featureInfo>
      </value>
    </physints>
  </physics>
  <sol model="/">
    <solseqs key="sol1">
      <value tag="sol1" entityName="Solution 1" entityComments="" entityAuthor="" entityCreationTime="1429910687227" solutionnative="//@sol/@solutions[tag='%2Fsolution1.mphbin']" currentFeature="//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value" savePoint="//@sol/@savePoints[tag='savepoint1']" study="//@study/@objects[key='std1']/@value" paramNames="0" paramVals="" solType="SolverSequence" attachedFlag="true" paramUnits="0">
        <entityFlags>nodeactivate</entityFlags>
        <feature model="/">
          <features key="st1">
            <value xsi:type="com.comsol.mph-v15:SolverFeature" tag="st1" entityName="" entityComments="" entityAuthor="" entityCreationTime="1429910687502" operationID="StudyStep" key="true[]assemparaonsplitcomplexoffstudystd1studystepstat" status="built" resetStateKey="true">
              <properties key="study">
                <value tag="study" reference="//@study/@objects[key='std1']/@value" referenceContainerList="//@study"/>
              </properties>
              <properties key="studystep">
                <value tag="studystep" reference="//@study/@objects[key='std1']/@value/@feature/@features[key='stat']/@value" referenceContainerList="//@study/@objects[key='std1']/@value/@feature"/>
              </properties>
              <properties key="splitcomplex">
                <value tag="splitcomplex" value="off"/>
              </properties>
              <properties key="assempara">
                <value tag="assempara" value="on"/>
              </properties>
              <feature xsi:type="com.comsol.mph-v15:SolverFeatureList" model="/"/>
            </value>
          </features>
          <features key="v1">
            <value xsi:type="com.comsol.mph-v15:SolverFeature" tag="v1" entityName="Dependent Variables 1" entityComments="" entityAuthor="" entityCreationTime="1429910687507" operationID="Variables" key="true[]constinitmethodinitinitsolzerozeroinitsolhideoninitsolusecurrentcurrentlistsolofflistsolnum1|manualsoloffmanualsolnum1notlistsoloffnotlistsolnum1|notmanualsoloffnotmanualsolnum1|notsolzerozeronotsolhideonnotsolmethodinitnotsolnum1notsolusecurrentcurrentnotsolvertypenonenott0.0nottimeinterpoffoldinitsoluse0oldnotsoluse0scalemethodautoscaleval1.0solnum1solvertypenonestoresolinitt0.0timeinterpofftrue[]compcomp1.Vm|compintcompintstatcompintstatuseoffcompintuseoffoutonscalemethodparentscaleval1.0solveforonvariablescomp1_Vm" status="built" resetStateKey="true">
              <properties key="control">
                <value tag="control" value="user" reference="//@study/@objects[key='std1']/@value/@feature/@features[key='stat']/@value" referenceContainerList="//@study/@objects[key='std1']/@value/@feature" compositeIndex="0"/>
              </properties>
              <properties key="const">
                <value tag="const" valueArray="1|0"/>
              </properties>
              <properties key="initmethod">
                <value tag="initmethod" value="init"/>
              </properties>
              <properties key="initsol">
                <value tag="initsol" value="zero" referenceContainerList="//@sol" compositeIndex="0"/>
              </properties>
              <properties key="initsolhide">
                <value tag="initsolhide" value="on"/>
              </properties>
              <properties key="initsoluse">
                <value tag="initsoluse" value="current" referenceContainerList="//@sol" compositeIndex="0"/>
              </properties>
              <properties key="oldinitsoluse">
                <value tag="oldinitsoluse" value="0"/>
              </properties>
              <properties key="solvertype">
                <value tag="solvertype" value="none"/>
              </properties>
              <properties key="solnum">
                <value tag="solnum" value="1" compositeIndex="1"/>
              </properties>
              <properties key="timeinterp">
                <value tag="timeinterp" value="off"/>
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              <properties key="t">
                <value tag="t" value="0"/>
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              <properties key="manualsol">
                <value tag="manualsol" value="off"/>
              </properties>
              <properties key="manualsolnum">
                <value tag="manualsolnum" value="1"/>
              </properties>
              <properties key="listsol">
                <value tag="listsol" value="off"/>
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              <properties key="listsolnum">
                <value tag="listsolnum" valueArray="1|1,'1'"/>
              </properties>
              <properties key="scalemethod">
                <value tag="scalemethod" value="auto"/>
              </properties>
              <properties key="scaleval">
                <value tag="scaleval" value="1.0"/>
              </properties>
              <properties key="notsolmethod">
                <value tag="notsolmethod" value="init"/>
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              <properties key="notsol">
                <value tag="notsol" value="zero" referenceContainerList="//@sol" compositeIndex="0"/>
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              <properties key="notsolhide">
                <value tag="notsolhide" value="on"/>
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              <properties key="notsoluse">
                <value tag="notsoluse" value="current" referenceContainerList="//@sol" compositeIndex="0"/>
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              <properties key="oldnotsoluse">
                <value tag="oldnotsoluse" value="0"/>
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              <properties key="notsolvertype">
                <value tag="notsolvertype" value="none"/>
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              <properties key="notsolnum">
                <value tag="notsolnum" value="1" compositeIndex="1"/>
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              <properties key="nottimeinterp">
                <value tag="nottimeinterp" value="off"/>
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              <properties key="nott">
                <value tag="nott" value="0"/>
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              <properties key="notmanualsol">
                <value tag="notmanualsol" value="off"/>
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              <properties key="notmanualsolnum">
                <value tag="notmanualsolnum" valueArray="1|1,'1'"/>
              </properties>
              <properties key="notmanualsolnum_vector_method">
                <value tag="notmanualsolnum_vector_method" value="step"/>
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              <properties key="notmanualsolnum_vector_start">
                <value tag="notmanualsolnum_vector_start" value=""/>
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              <properties key="notmanualsolnum_vector_stop">
                <value tag="notmanualsolnum_vector_stop" value=""/>
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              <properties key="notmanualsolnum_vector_step">
                <value tag="notmanualsolnum_vector_step" value=""/>
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              <properties key="notmanualsolnum_vector_numvalues">
                <value tag="notmanualsolnum_vector_numvalues" value=""/>
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              <properties key="notmanualsolnum_vector_function">
                <value tag="notmanualsolnum_vector_function" value="none"/>
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              <properties key="notlistsol">
                <value tag="notlistsol" value="off"/>
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              <properties key="notlistsolnum">
                <value tag="notlistsolnum" valueArray="1|1,'1'"/>
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              <properties key="storesol">
                <value tag="storesol" value="init"/>
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              <feature xsi:type="com.comsol.mph-v15:SolverFeatureList" model="/">
                <features key="comp1_Vm">
                  <value xsi:type="com.comsol.mph-v15:SolverFeature" tag="comp1_Vm" entityName="Magnetic scalar potential (comp1.Vm)" entityComments="" entityAuthor="" entityCreationTime="1429910687514" operationID="Field" status="built">
                    <entityFlags>nodeactivate</entityFlags>
                    <entityFlags>noremove</entityFlags>
                    <entityFlags>norename</entityFlags>
                    <properties key="comp">
                      <value tag="comp" valueArray="1|1,'comp1.Vm'"/>
                    </properties>
                    <properties key="compintuse">
                      <value tag="compintuse" value="off"/>
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                    <properties key="compint">
                      <value tag="compint" valueArray="1|0"/>
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                    <properties key="compintstat">
                      <value tag="compintstat" valueArray="1|0"/>
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                    <properties key="solvefor">
                      <value tag="solvefor" value="on"/>
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                    <properties key="out">
                      <value tag="out" value="on"/>
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                    <properties key="variables">
                      <value tag="variables" value="comp1_Vm"/>
                    </properties>
                    <properties key="scalemethod">
                      <value tag="scalemethod" value="parent"/>
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                    <properties key="scaleval">
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                </properties>
                <properties key="readytoplot">
                  <value tag="readytoplot" value="on"/>
                </properties>
                <properties key="solrepresentation">
                  <value tag="solrepresentation" value="solutioninfo"/>
                </properties>
                <properties key="oldanalysistype">
                  <value tag="oldanalysistype" value="None"/>
                </properties>
                <properties key="oldouteranalysistype">
                  <value tag="oldouteranalysistype" value="noneavailable"/>
                </properties>
                <properties key="outertype">
                  <value tag="outertype" value="none"/>
                </properties>
                <properties key="outersolnum">
                  <value tag="outersolnum" value="1"/>
                </properties>
                <properties key="solvertype">
                  <value tag="solvertype" value="none"/>
                </properties>
                <properties key="solnum">
                  <value tag="solnum" value="1" compositeIndex="1"/>
                </properties>
                <properties key="timeinterp">
                  <value tag="timeinterp" value="off"/>
                </properties>
                <properties key="t">
                  <value tag="t" value="0"/>
                </properties>
                <properties key="showlooplevel">
                  <value tag="showlooplevel" valueArray="1|3,'off','off','off'"/>
                </properties>
                <properties key="looplevel">
                  <value tag="looplevel" valueArray="1|0"/>
                </properties>
                <properties key="showinterp">
                  <value tag="showinterp" valueArray="1|3,'off','off','off'"/>
                </properties>
                <properties key="interp">
                  <value tag="interp" valueArray="1|0"/>
                </properties>
                <properties key="unitdim">
                  <value tag="unitdim" value="0"/>
                </properties>
                <properties key="unittrans">
                  <value tag="unittrans" value="1"/>
                </properties>
                <properties key="expr">
                  <value tag="expr" value="mfnc.normB"/>
                </properties>
                <properties key="unit">
                  <value tag="unit" value="T"/>
                </properties>
                <properties key="descractive">
                  <value tag="descractive" value="off"/>
                </properties>
                <properties key="descr">
                  <value tag="descr" value="Magnetic flux density norm"/>
                </properties>
                <properties key="evalmethodactive">
                  <value tag="evalmethodactive" value="off"/>
                </properties>
                <properties key="evalmethod">
                  <value tag="evalmethod" value="harmonic"/>
                </properties>
                <properties key="differential">
                  <value tag="differential" value="on"/>
                </properties>
                <properties key="constactive">
                  <value tag="constactive" value="off"/>
                </properties>
                <properties key="const">
                  <value tag="const" valueArray="0"/>
                </properties>
                <properties key="titletype">
                  <value tag="titletype" value="auto"/>
                </properties>
                <properties key="typeintitle">
                  <value tag="typeintitle" value="on"/>
                </properties>
                <properties key="descriptionintitle">
                  <value tag="descriptionintitle" value="on"/>
                </properties>
                <properties key="expressionintitle">
                  <value tag="expressionintitle" value="off"/>
                </properties>
                <properties key="unitintitle">
                  <value tag="unitintitle" value="on"/>
                </properties>
                <properties key="prefixintitle">
                  <value tag="prefixintitle" value=""/>
                </properties>
                <properties key="suffixintitle">
                  <value tag="suffixintitle" value=""/>
                </properties>
                <properties key="title">
                  <value tag="title" value=""/>
                </properties>
                <properties key="rangecoloractive">
                  <value tag="rangecoloractive" value="off"/>
                </properties>
                <properties key="rangecolormin">
                  <value tag="rangecolormin" value="0"/>
                </properties>
                <properties key="rangecolormax">
                  <value tag="rangecolormax" value="0"/>
                </properties>
                <properties key="rangedataactive">
                  <value tag="rangedataactive" value="off"/>
                </properties>
                <properties key="rangedatamin">
                  <value tag="rangedatamin" value="0"/>
                </properties>
                <properties key="rangedatamax">
                  <value tag="rangedatamax" value="0"/>
                </properties>
                <properties key="rangeactualminmax">
                  <value tag="rangeactualminmax" valueArray="1|2,'0','1'"/>
                </properties>
                <properties key="rangeunit">
                  <value tag="rangeunit" value=""/>
                </properties>
                <properties key="isuniformshown">
                  <value tag="isuniformshown" value="off"/>
                </properties>
                <properties key="isuniform">
                  <value tag="isuniform" value="off"/>
                </properties>
                <properties key="showcolor">
                  <value tag="showcolor" value="on"/>
                </properties>
                <properties key="coloring">
                  <value tag="coloring" value="colortable"/>
                </properties>
                <properties key="colortable">
                  <value tag="colortable" value="Rainbow"/>
                </properties>
                <properties key="colorlegend">
                  <value tag="colorlegend" value="on"/>
                </properties>
                <properties key="colortablerev">
                  <value tag="colortablerev" value="off"/>
                </properties>
                <properties key="colortablesym">
                  <value tag="colortablesym" value="off"/>
                </properties>
                <properties key="color">
                  <value tag="color" value="red"/>
                </properties>
                <properties key="customcolor">
                  <value tag="customcolor" valueArray="1|3,'1','0','0'"/>
                </properties>
                <properties key="customcolor_vector_method">
                  <value tag="customcolor_vector_method" value="step"/>
                </properties>
                <properties key="customcolor_vector_start">
                  <value tag="customcolor_vector_start" value=""/>
                </properties>
                <properties key="customcolor_vector_stop">
                  <value tag="customcolor_vector_stop" value=""/>
                </properties>
                <properties key="customcolor_vector_step">
                  <value tag="customcolor_vector_step" value=""/>
                </properties>
                <properties key="customcolor_vector_numvalues">
                  <value tag="customcolor_vector_numvalues" value=""/>
                </properties>
                <properties key="customcolor_vector_function">
                  <value tag="customcolor_vector_function" value="none"/>
                </properties>
                <properties key="wireframe">
                  <value tag="wireframe" value="off"/>
                </properties>
                <properties key="resolution">
                  <value tag="resolution" value="normal"/>
                </properties>
                <properties key="refine">
                  <value tag="refine" value="1"/>
                </properties>
                <properties key="smooth">
                  <value tag="smooth" value="internal"/>
                </properties>
                <properties key="recover">
                  <value tag="recover" value="off"/>
                </properties>
                <properties key="inheritplot">
                  <value tag="inheritplot" value="none" referenceContainerList="//@result/@feature/@features[key='pg2']/@value/@feature" compositeIndex="0"/>
                </properties>
                <properties key="inheritcolor">
                  <value tag="inheritcolor" value="on"/>
                </properties>
                <properties key="inheritrange">
                  <value tag="inheritrange" value="on"/>
                </properties>
                <properties key="inheritdeformscale">
                  <value tag="inheritdeformscale" value="on"/>
                </properties>
                <properties key="inheritheightscale">
                  <value tag="inheritheightscale" value="on"/>
                </properties>
                <feature xsi:type="com.comsol.mph-v15:ResultFeatureList" model="/"/>
              </value>
            </features>
          </feature>
        </value>
      </features>
    </feature>
    <export entityName="Export" entityComments="" entityAuthor="" entityCreationTime="1429909367950" model="/"/>
    <numerical entityName="Derived Values" entityComments="" entityAuthor="" entityCreationTime="1429909367950" model="/">
      <features key="gev1">
        <value xsi:type="com.comsol.mph-v15:NumericalFeature" tag="gev1" entityName="Global Evaluation 1" entityComments="" entityAuthor="" entityCreationTime="1429910695657" operationID="EvalGlobal" key="true[]constconstactiveoffdatadset1nonedataseriesnonedataseriesmethodautodifferentialonevalmethodharmonicevalmethodactiveoffexprmfnc.Forcez_1innerinputmanualinterplooplevellooplevelindiceslooplevelinputmaximumobjrealminimumobjrealoldanalysistypeStationaryoldouteranalysistypenoneavailableouterinputalloutersolnum1|outersolnumindicesoutertypenoneshowinterpoff|off|off|showloopleveloff|off|off|showlooplevelindicesoff|off|off|showlooplevelinputoff|off|off|solnumsolnumindicessolrepresentationsolutioninfosolvertypenonettablecolsdataunitNunitdim0unittrans1" status="built">
          <properties key="hasbeenevaluated">
            <value tag="hasbeenevaluated" value="on"/>
          </properties>
          <properties key="data">
            <value tag="data" value="none" reference="//@result/@dataset/@features[key='dset1']/@value" referenceContainerList="//@result/@dataset" compositeIndex="0"/>
          </properties>
          <properties key="readytoplot">
            <value tag="readytoplot" value="on"/>
          </properties>
          <properties key="solrepresentation">
            <value tag="solrepresentation" value="solutioninfo"/>
          </properties>
          <properties key="oldanalysistype">
            <value tag="oldanalysistype" value="Stationary"/>
          </properties>
          <properties key="oldouteranalysistype">
            <value tag="oldouteranalysistype" value="noneavailable"/>
          </properties>
          <properties key="outertype">
            <value tag="outertype" value="none"/>
          </properties>
          <properties key="outerinput">
            <value tag="outerinput" value="all"/>
          </properties>
          <properties key="outersolnum">
            <value tag="outersolnum" valueArray="1|1,'1'"/>
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          <properties key="outersolnumindices">
            <value tag="outersolnumindices" value="" valueArray="1|0"/>
          </properties>
          <properties key="outersolnumindices_vector_method">
            <value tag="outersolnumindices_vector_method" value="step"/>
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          <properties key="outersolnumindices_vector_start">
            <value tag="outersolnumindices_vector_start" value=""/>
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          <properties key="outersolnumindices_vector_stop">
            <value tag="outersolnumindices_vector_stop" value=""/>
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          <properties key="outersolnumindices_vector_step">
            <value tag="outersolnumindices_vector_step" value=""/>
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          <properties key="outersolnumindices_vector_numvalues">
            <value tag="outersolnumindices_vector_numvalues" value=""/>
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          <properties key="outersolnumindices_vector_function">
            <value tag="outersolnumindices_vector_function" value="none"/>
          </properties>
          <properties key="solvertype">
            <value tag="solvertype" value="none"/>
          </properties>
          <properties key="innerinput">
            <value tag="innerinput" value="all"/>
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            <value tag="solnum" valueArray="1|1,'1'"/>
          </properties>
          <properties key="solnumindices">
            <value tag="solnumindices" value="" valueArray="1|0"/>
          </properties>
          <properties key="solnumindices_vector_method">
            <value tag="solnumindices_vector_method" value="step"/>
          </properties>
          <properties key="solnumindices_vector_start">
            <value tag="solnumindices_vector_start" value=""/>
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          <properties key="solnumindices_vector_stop">
            <value tag="solnumindices_vector_stop" value=""/>
          </properties>
          <properties key="solnumindices_vector_step">
            <value tag="solnumindices_vector_step" value=""/>
          </properties>
          <properties key="solnumindices_vector_numvalues">
            <value tag="solnumindices_vector_numvalues" value=""/>
          </properties>
          <properties key="solnumindices_vector_function">
            <value tag="solnumindices_vector_function" value="none"/>
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            <value tag="t" value="" valueArray="1|0"/>
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          <properties key="interp_vector_function">
            <value tag="interp_vector_function" valueArray="1|0"/>
          </properties>
          <properties key="table">
            <value tag="table" value="new" reference="//@result/@table/@features[key='tbl1']/@value" referenceContainerList="//@result/@table" compositeIndex="0"/>
          </properties>
          <properties key="hasouter">
            <value tag="hasouter" value="off"/>
          </properties>
          <properties key="tablecols">
            <value tag="tablecols" value="data"/>
          </properties>
          <properties key="probetag">
            <value tag="probetag" value="none"/>
          </properties>
          <properties key="unitdim">
            <value tag="unitdim" value="0"/>
          </properties>
          <properties key="unittrans">
            <value tag="unittrans" value="1"/>
          </properties>
          <properties key="expr">
            <value tag="expr" value="mfnc.Forcez_1"/>
          </properties>
          <properties key="unit">
            <value tag="unit" value="N"/>
          </properties>
          <properties key="descractive">
            <value tag="descractive" value="off"/>
          </properties>
          <properties key="descr">
            <value tag="descr" value="Electromagnetic force, z component"/>
          </properties>
          <properties key="evalmethodactive">
            <value tag="evalmethodactive" value="off"/>
          </properties>
          <properties key="evalmethod">
            <value tag="evalmethod" value="harmonic"/>
          </properties>
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            <value tag="differential" value="on"/>
          </properties>
          <properties key="constactive">
            <value tag="constactive" value="off"/>
          </properties>
          <properties key="const">
            <value tag="const" valueArray="0"/>
          </properties>
          <properties key="dataseries">
            <value tag="dataseries" value="none"/>
          </properties>
          <properties key="dataseriesmethod">
            <value tag="dataseriesmethod" value="auto"/>
          </properties>
          <properties key="maximumobj">
            <value tag="maximumobj" value="real"/>
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          <properties key="minimumobj">
            <value tag="minimumobj" value="real"/>
          </properties>
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        </value>
      </features>
    </numerical>
    <report entityName="Reports" entityComments="" entityAuthor="" entityCreationTime="1429909368012" model="/"/>
    <table entityName="Tables" entityComments="" entityAuthor="" entityCreationTime="1429909367950" model="/">
      <features key="tbl1">
        <value xsi:type="com.comsol.mph-v15:TableFeature" tag="tbl1" entityName="Table 1" entityComments="Global Evaluation 1 (mfnc.Forcez_0)" entityAuthor="" entityCreationTime="1429910721122" operationID="Table" status="built" columnHeaders="2,'Electromagnetic force\, z component (N)','Electromagnetic force\, z component (N)'" solnum="" outerSolnum="1" inputType="Stationary">
          <properties key="outerinput">
            <value tag="outerinput" value="none"/>
          </properties>
          <properties key="probetag">
            <value tag="probetag" value="none"/>
          </properties>
          <properties key="filledparamsintable">
            <value tag="filledparamsintable" value="on"/>
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          <properties key="format">
            <value tag="format" value="all"/>
          </properties>
          <properties key="descr">
            <value tag="descr" value="data"/>
          </properties>
          <properties key="descrmanual">
            <value tag="descrmanual" value=""/>
          </properties>
          <properties key="showfilledsettings">
            <value tag="showfilledsettings" value="off"/>
          </properties>
          <properties key="rows">
            <value tag="rows" value="none"/>
          </properties>
          <properties key="cols">
            <value tag="cols" value="none"/>
          </properties>
          <properties key="datacol">
            <value tag="datacol" value="1"/>
          </properties>
          <properties key="showparam">
            <value tag="showparam" value="off"/>
          </properties>
          <properties key="param">
            <value tag="param" value="1"/>
          </properties>
          <properties key="showrowstep">
            <value tag="showrowstep" value="1"/>
          </properties>
          <properties key="filterstringdata">
            <value tag="filterstringdata" value="off"/>
          </properties>
          <properties key="import">
            <value tag="import" value=""/>
          </properties>
          <properties key="tunitconv">
            <value tag="tunitconv" value="1"/>
          </properties>
          <properties key="isInput">
            <value tag="isInput" value="off"/>
          </properties>
          <properties key="appliedstoretable">
            <value tag="appliedstoretable" value="inmodel"/>
          </properties>
          <properties key="appliedfilename">
            <value tag="appliedfilename" value=""/>
          </properties>
          <properties key="needsupdate">
            <value tag="needsupdate" value="on"/>
          </properties>
          <properties key="storetable">
            <value tag="storetable" value="inmodel"/>
          </properties>
          <properties key="tablebuffersize">
            <value tag="tablebuffersize" value="10000"/>
          </properties>
          <properties key="filename">
            <value tag="filename" value=""/>
          </properties>
          <properties key="headers">
            <value tag="headers" valueArray="0"/>
          </properties>
          <feature xsi:type="com.comsol.mph-v15:TableFeatureList" model="/"/>
          <realData>ACED0005757200025B443EA68C14AB635A1E020000787000000002C067DA9A386B26664067756F8D86F1BA</realData>
        </value>
      </features>
    </table>
  </result>
  <intrule entityName="List" entityComments="" entityAuthor="" entityCreationTime="1429910687249" model="/">
    <intrules key="intrule1">
      <value tag="intrule1" derivedFrom="/" frame="//@frame/@frames[key='material1']/@value">
        <feature model="/">
          <objects key="order1">
            <value tag="order1" order="4">
              <tags tag="Analysis"/>
            </value>
          </objects>
        </feature>
      </value>
    </intrules>
  </intrule>
  <elementset entityName="List" entityComments="" entityAuthor="" entityCreationTime="1429910514383" model="/"/>
  <hist>
    <actions>t(s(&quot;/&quot;)) m(s(&quot;comments&quot;)) s(&quot;Untitled

&quot;) o(s(&quot;/&quot;))</actions>
    <actions>t(s(&quot;//@modelNode&quot;)) m(s(&quot;create&quot;)) s(&quot;comp1&quot;) o(s(&quot;//@modelNode/@modelNodes[key='comp1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@geom&quot;)) m(s(&quot;create&quot;)) s(&quot;geom1&quot;) i(2) o(s(&quot;//@geom/@geoms[key='geom1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value&quot;)) m(s(&quot;axisymmetric&quot;)) b(true) o(s(&quot;//@geom/@geoms[key='geom1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@mesh&quot;)) m(s(&quot;create&quot;)) s(&quot;mesh1&quot;) s(&quot;geom1&quot;) o(s(&quot;//@mesh/@meshes[key='mesh1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@physics&quot;)) m(s(&quot;create&quot;)) s(&quot;mfnc&quot;) s(&quot;MagnetostaticsNoCurrents&quot;) s(&quot;geom1&quot;) o(s(&quot;//@physics/@physints[key='mfnc']/@value&quot;))</actions>
    <actions>t(s(&quot;//@study&quot;)) m(s(&quot;create&quot;)) s(&quot;std1&quot;) o(s(&quot;//@study/@objects[key='std1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@study/@objects[key='std1']/@value&quot;)) m(s(&quot;create&quot;)) s(&quot;stat&quot;) s(&quot;Stationary&quot;) o(s(&quot;//@study/@objects[key='std1']/@value/@feature/@features[key='stat']/@value&quot;))</actions>
    <actions>t(s(&quot;//@study/@objects[key='std1']/@value/@feature/@features[key='stat']/@value&quot;)) m(s(&quot;activate&quot;)) s(&quot;mfnc&quot;) b(true) o(s(&quot;//@study/@objects[key='std1']/@value/@feature/@features[key='stat']/@value&quot;))</actions>
    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value&quot;)) m(s(&quot;lengthUnit&quot;)) s(&quot;cm&quot;) o(s(&quot;//@geom/@geoms[key='geom1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value&quot;)) m(s(&quot;create&quot;)) s(&quot;r1&quot;) s(&quot;Rectangle&quot;) o(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='r1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='r1']/@value&quot;)) m(s(&quot;label&quot;)) s(&quot;World&quot;) o(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='r1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='r1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;size&quot;) sa(s(&quot;15&quot;),s(&quot;1&quot;)) o(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='r1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='r1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;size&quot;) sa(s(&quot;15&quot;),s(&quot;15&quot;)) o(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='r1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value&quot;)) m(s(&quot;run&quot;)) s(&quot;r1&quot;) o(s(&quot;//@geom/@geoms[key='geom1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value&quot;)) m(s(&quot;create&quot;)) s(&quot;r2&quot;) s(&quot;Rectangle&quot;) o(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='r2']/@value&quot;))</actions>
    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='r2']/@value&quot;)) m(s(&quot;label&quot;)) s(&quot;Cylinder_Magnet&quot;) o(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='r2']/@value&quot;))</actions>
    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='r2']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;pos&quot;) sa(s(&quot;0&quot;),s(&quot;6.23&quot;)) o(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='r2']/@value&quot;))</actions>
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    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='r2']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;size&quot;) sa(s(&quot;2.54&quot;),s(&quot;2.54&quot;)) o(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='r2']/@value&quot;))</actions>
    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value&quot;)) m(s(&quot;runPre&quot;)) s(&quot;fin&quot;) o(s(&quot;//@geom/@geoms[key='geom1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value&quot;)) m(s(&quot;run&quot;)) s(&quot;r2&quot;) o(s(&quot;//@geom/@geoms[key='geom1']/@value&quot;))</actions>
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    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='r3']/@value&quot;)) m(s(&quot;label&quot;)) s(&quot;Ring_Magnet&quot;) o(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='r3']/@value&quot;))</actions>
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    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value&quot;)) m(s(&quot;run&quot;))</actions>
    <actions>t(s(&quot;//@material&quot;)) m(s(&quot;create&quot;)) s(&quot;mat1&quot;) s(&quot;Common&quot;) s(&quot;comp1&quot;) o(s(&quot;//@material/@materials[key='mat1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value&quot;)) m(s(&quot;label&quot;)) s(&quot;Neodymium [solid]&quot;) o(s(&quot;//@material/@materials[key='mat1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;family&quot;) s(&quot;custom&quot;) o(s(&quot;//@material/@materials[key='mat1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;lighting&quot;) s(&quot;cooktorrance&quot;) o(s(&quot;//@material/@materials[key='mat1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;specular&quot;) s(&quot;custom&quot;) o(s(&quot;//@material/@materials[key='mat1']/@value&quot;))</actions>
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    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;fresnel&quot;) d(0.9) o(s(&quot;//@material/@materials[key='mat1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;roughness&quot;) d(0.1) o(s(&quot;//@material/@materials[key='mat1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;shininess&quot;) d(200.0) o(s(&quot;//@material/@materials[key='mat1']/@value&quot;))</actions>
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    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;thermalconductivity&quot;) s(&quot;k_solid_1(T[1/K])[W/(m*K)]&quot;) o(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;resistivity&quot;) s(&quot;res_solid_1(T[1/K])[ohm*m]&quot;) o(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;thermalexpansioncoefficient&quot;) s(&quot;(alpha(T[1/K])[1/K]+(Tempref-293[K])*if(abs(T-Tempref)>1e-3,(alpha(T[1/K])[1/K]-alpha(Tempref[1/K])[1/K])/(T-Tempref),d(alpha(T[1/K]),T)[1/K]))/(1+alpha(Tempref[1/K])[1/K]*(Tempref-293[K]))&quot;) o(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;heatcapacity&quot;) s(&quot;C_solid_1(T[1/K])[J/(kg*K)]&quot;) o(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;HC&quot;) s(&quot;HC_solid_1(T[1/K])[J/(mol*K)]&quot;) o(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;electricconductivity&quot;) s(&quot;sigma_solid_1(T[1/K])[S/m]&quot;) o(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;density&quot;) s(&quot;rho(T[1/K])[kg/m^3]&quot;) o(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;VP&quot;) s(&quot;VP_solid_1(T[1/K])[Pa]&quot;) o(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value&quot;))</actions>
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    <actions>t(s(&quot;//@result/@feature/@features[key='pg1']/@value/@feature/@features[key='surf1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;oldanalysistype&quot;) s(&quot;noneavailable&quot;) o(s(&quot;//@result/@feature/@features[key='pg1']/@value/@feature/@features[key='surf1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@result/@feature/@features[key='pg1']/@value/@feature/@features[key='surf1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;expr&quot;) s(&quot;mfnc.normB&quot;) o(s(&quot;//@result/@feature/@features[key='pg1']/@value/@feature/@features[key='surf1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@result/@feature/@features[key='pg1']/@value/@feature/@features[key='surf1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;data&quot;) s(&quot;parent&quot;) o(s(&quot;//@result/@feature/@features[key='pg1']/@value/@feature/@features[key='surf1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@result/@dataset&quot;)) m(s(&quot;create&quot;)) s(&quot;rev1&quot;) s(&quot;Revolve2D&quot;) o(s(&quot;//@result/@dataset/@features[key='rev1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@result/@dataset/@features[key='rev1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;data&quot;) s(&quot;none&quot;) o(s(&quot;//@result/@dataset/@features[key='rev1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@result/@dataset/@features[key='rev1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;data&quot;) s(&quot;dset1&quot;) o(s(&quot;//@result/@dataset/@features[key='rev1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@result/@feature&quot;)) m(s(&quot;create&quot;)) s(&quot;pg2&quot;) s(&quot;PlotGroup3D&quot;) o(s(&quot;//@result/@feature/@features[key='pg2']/@value&quot;))</actions>
    <actions>t(s(&quot;//@result/@feature/@features[key='pg2']/@value&quot;)) m(s(&quot;label&quot;)) s(&quot;Magnetic Flux Density Norm (mfnc) 1&quot;) o(s(&quot;//@result/@feature/@features[key='pg2']/@value&quot;))</actions>
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    <actions>t(s(&quot;//@result/@feature/@features[key='pg2']/@value/@feature/@features[key='surf1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;oldanalysistype&quot;) s(&quot;noneavailable&quot;) o(s(&quot;//@result/@feature/@features[key='pg2']/@value/@feature/@features[key='surf1']/@value&quot;))</actions>
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    <actions>t(s(&quot;//@result/@feature/@features[key='pg2']/@value/@feature/@features[key='surf1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;data&quot;) s(&quot;parent&quot;) o(s(&quot;//@result/@feature/@features[key='pg2']/@value/@feature/@features[key='surf1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value&quot;)) m(s(&quot;runAll&quot;))</actions>
    <actions>t(s(&quot;//@result/@feature/@features[key='pg1']/@value&quot;)) m(s(&quot;run&quot;))</actions>
    <actions>t(s(&quot;//@result/@numerical&quot;)) m(s(&quot;create&quot;)) s(&quot;gev1&quot;) s(&quot;EvalGlobal&quot;) o(s(&quot;//@result/@numerical/@features[key='gev1']/@value&quot;))</actions>
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    <actions>t(s(&quot;//@result/@numerical/@features[key='gev1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;descr&quot;) s(&quot;Electromagnetic force, z component&quot;) o(s(&quot;//@result/@numerical/@features[key='gev1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@result/@feature/@features[key='pg1']/@value&quot;)) m(s(&quot;run&quot;))</actions>
    <actions>t(s(&quot;//@result/@feature/@features[key='pg1']/@value&quot;)) m(s(&quot;run&quot;))</actions>
    <actions>t(s(&quot;//@result/@table&quot;)) m(s(&quot;create&quot;)) s(&quot;tbl1&quot;) s(&quot;Table&quot;) o(s(&quot;//@result/@table/@features[key='tbl1']/@value&quot;))</actions>
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    <actions>t(s(&quot;//@result/@numerical/@features[key='gev1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;table&quot;) s(&quot;tbl1&quot;) o(s(&quot;//@result/@numerical/@features[key='gev1']/@value&quot;))</actions>
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    <actions>t(s(&quot;//@result/@numerical/@features[key='gev1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;expr&quot;) s(&quot;mfnc.Forcez_1&quot;) o(s(&quot;//@result/@numerical/@features[key='gev1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@result/@numerical/@features[key='gev1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;descr&quot;) s(&quot;Electromagnetic force, z component&quot;) o(s(&quot;//@result/@numerical/@features[key='gev1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@result/@numerical/@features[key='gev1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;table&quot;) s(&quot;tbl1&quot;) o(s(&quot;//@result/@numerical/@features[key='gev1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@result/@numerical/@features[key='gev1']/@value&quot;)) m(s(&quot;appendResult&quot;))</actions>
  </hist>
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  <unitsystem model="/"/>
  <coordsys entityName="List" entityComments="" entityAuthor="" entityCreationTime="1429909368392" model="/">
    <features key="sys1">
      <value xsi:type="com.comsol.mph-v15:Coordsys" tag="sys1" entityName="Boundary System 1" entityComments="" entityAuthor="" entityCreationTime="1429909368405" operationID="Boundary" geom="//@geom/@geoms[key='geom1']/@value">
        <entityFlags>nodeactivate</entityFlags>
        <entityFlags>noremove</entityFlags>
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          <value tag="name" value="sys1"/>
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        <properties key="coord">
          <value tag="coord" valueArray="1|3,'t1','to','n'"/>
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        <properties key="mastersystem">
          <value tag="mastersystem" value="globalCartesianSpatial" referenceContainerList="//@coordsys" compositeIndex="0"/>
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        <feature xsi:type="com.comsol.mph-v15:CoordsysList" model="/"/>
        <featureInfo model="/">
          <objects key="info">
            <value tag="info" entityName="Equation View" entityComments="" entityAuthor="" entityCreationTime="1429909368412">
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              <entityFlags>nodeactivate</entityFlags>
            </value>
          </objects>
        </featureInfo>
      </value>
    </features>
  </coordsys>
  <savePointTags>savepoint1</savePointTags>
  <pair entityName="List" entityComments="" entityAuthor="" entityCreationTime="1429909368391" model="/"/>
  <capeopen entityName="Thermodynamics Package" entityComments="" entityAuthor="" entityCreationTime="1429909368008">
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    <entityFlags>noremove</entityFlags>
    <feature model="/"/>
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  <ode entityName="List" entityComments="" entityAuthor="" entityCreationTime="1429909368409" model="/"/>
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        <geom entityName="List" entityComments="" entityAuthor="" entityCreationTime="1429910688267" model="/">
          <objects key="geom1">
            <value tag="geom1" entityName="Save Point Geometry 1" entityComments="" entityAuthor="" entityCreationTime="1429910688267" geom="//@geom/@geoms[key='geom1']/@value" geomTagInSavePointModel="geom1" assocMapFromCurrent="{0,1,2,3,4,5,6,7,8,9,10,11,12},{0,1,2,3,4,5,6,7,8,9,10,11,12,13},{0,1,2,3}">
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                  <value xsi:type="com.comsol.mph-v15:SavePointView" tag="view1" entityName="View 1" entityComments="" entityAuthor="" entityCreationTime="1429910688268" operationID="ModelView2D" geom="//@savePointData/@objects[key='savepoint1']/@value/@geom/@objects[key='geom1']/@value" sdim="2" current="true" globalcurrent="true">
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                    <properties key="showlabels">
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                </views>
              </view>
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        </geom>
      </value>
    </objects>
  </savePointData>
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      <value tag="expectedComputationTime" title="Expected_computation_time"/>
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    <objects key="lastComputationTime">
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  </information>
</com.comsol.mph-v15:Model>
