(a) What resolution do you get if you have a maximum path length of 50 cm? How does this resolution relate to the typical Doppler linewidth (FWHM) of Ozone (O3) at λ = 350nm, λ = 15μm, and ν = 250GHz? (Provide a short statement.)Assume T = 300 K.Use the wavenumber domain!(b) How does the resolution change, if you make both mirrors moving with the same displacement length? Is there a difference if the mirrors move in the different way or in the same way away from the beam splitter (M1 away from BS vs. M2 towards BS or M1 away from from BS and vs M2 away from BS)? For a Michelson interferometer with one moving mirror, the resolution is given by1SmaxAũ=

2(b). The function of the mirrors are interchangeable. Either one can be the moving mirror and the…

Answered: How does the resolution change, if you…

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

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(a) What resolution do you get if you have a maximum path length of 50 cm? How does this resolution relate to the typical Doppler linewidth (FWHM) of Ozone (O3) at λ = 350nm, λ = 15μm, and ν = 250GHz? (Provide a short statement.)

Assume T = 300 K.
Use the wavenumber domain!
(b) How does the resolution change, if you make both mirrors moving with the same displacement length? Is there a difference if the mirrors move in the different way or in the same way away from the beam splitter (M1 away from BS vs. M2 towards BS or M1 away from from BS and vs M2 away from BS)?

For a Michelson interferometer with one moving mirror, the resolution is given by
1
Smax
Aũ
=

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