Robert Koslover
Certified Consultant
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Posted:
5 years ago
Jan 22, 2020, 4:54 p.m. EST
Updated:
5 years ago
Jan 22, 2020, 4:57 p.m. EST
Did you mean 10^-8m-10^-7m (aka, 10 nanometers to 100 nanometers) range? If so, and if you are talking about visible light (wavelength about 400-700 nanometers) then the RF module might be a good fit, at least if your goal is to model phenomena that can be described by classical electromagnetism.
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Scientific Applications & Research Associates (SARA) Inc.
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Did you mean 10^-8m-10^-7m (aka, 10 nanometers to 100 nanometers) range? If so, and if you are talking about visible light (wavelength about 400-700 nanometers) then the RF module might be a good fit, at least if your goal is to model phenomena that can be described by classical electromagnetism.
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Posted:
5 years ago
Jan 23, 2020, 12:06 a.m. EST
Did you mean 10^-8m-10^-7m (aka, 10 nanometers to 100 nanometers) range? If so, and if you are talking about visible light (wavelength about 400-700 nanometers) then the RF module might be a good fit, at least if your goal is to model phenomena that can be described by classical electromagnetism.
Yes. The wavelength of the EMR I am going for is 700nm. The object size is also within the 10-100 nanometer range. So we would use the Radio Frequency module going off what you are saying.
>Did you mean 10^-8m-10^-7m (aka, 10 nanometers to 100 nanometers) range? If so, and if you are talking about visible light (wavelength about 400-700 nanometers) then the RF module might be a good fit, at least if your goal is to model phenomena that can be described by classical electromagnetism.
Yes. The wavelength of the EMR I am going for is 700nm. The object size is also within the 10-100 nanometer range. So we would use the Radio Frequency module going off what you are saying.