Robert Koslover
Certified Consultant
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Posted:
11 months ago
2023年10月8日 GMT+2 16:36
Updated:
11 months ago
2023年10月8日 GMT+2 16:33
I encourage you to explain more about your physics regime and problem. Are you talking about optics, RF, acoustics, or?? Are you talking about a particular device or a component of a device? Are you talking about some kind of source, a receiver, a scatterer, etc.?
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Scientific Applications & Research Associates (SARA) Inc.
www.comsol.com/partners-consultants/certified-consultants/sara
I encourage you to explain more about your physics regime and problem. Are you talking about optics, RF, acoustics, or?? Are you talking about a particular device or a component of a device? Are you talking about some kind of source, a receiver, a scatterer, etc.?
Dave Greve
Certified Consultant
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Posted:
11 months ago
2023年10月8日 GMT+2 20:18
Updated:
11 months ago
2023年10月8日 GMT+2 20:16
For a phasor quantity z the phase in radians is atan2(imag(z),real(z)).
For a phasor quantity z the phase in radians is atan2(imag(z),real(z)).
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Posted:
11 months ago
2023年10月9日 GMT+2 19:00
I am talking about wave optics. I want to simulate unit cell of subwave grating. cylinder on a block. All dimension in (nm) iand design in 3D. I want to find the phase change of transmitted wave with respect to dimension of cylinder?
I am talking about wave optics. I want to simulate unit cell of subwave grating. cylinder on a block. All dimension in (nm) iand design in 3D. I want to find the phase change of transmitted wave with respect to dimension of cylinder?