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Mueller.ZPL

Mueller.ZPL. A Zemax macro to estimate polarization properties of an optical system D. L. Mickey. Methodology. For each of 300 rays spread over the pupil, run 6 polarized raytraces, with input Ex, Ey, phase Y: 1, 0, 0 0, 1, 0 .7, .7, 0 .7, .7, 180° .7, .7, 90° .7, .7, -90°

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Mueller.ZPL

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  1. Mueller.ZPL A Zemax macro to estimate polarization properties of an optical system D. L. Mickey

  2. Methodology • For each of 300 rays spread over the pupil, run 6 polarized raytraces, with input Ex, Ey, phase Y: • 1, 0, 0 • 0, 1, 0 • .7, .7, 0 • .7, .7, 180° • .7, .7, 90° • .7, .7, -90° • Compute I, Q, U, V from output Ex, Ey, phase for each ray and sum over all rays. • Compute instrument Mueller matrix: each pair gives first and one other column of the matrix. ICoDR-2

  3. ATST Greg, Al+Ox, Field 0 ICoDR-2

  4. ATST Greg, Al+Ox, Field .7,.7 ICoDR-2

  5. ATST Nasmyth, Au relay ICoDR-2

  6. ATST coudé, Aluminum ICoDR-2

  7. SolarC Al, field 0 ICoDR-2

  8. SolarC AlOX, field 0 ICoDR-2

  9. SolarC AlOX, field 0.7, 0.7 ICoDR-2

  10. Transmitting plate, 0° ICoDR-2

  11. Transmitting plate, 57° ICoDR-2

  12. Aluminum mirror, 45° ICoDR-2

  13. Aluminum mirror, 82° ICoDR-2

  14. Al + oxide, 45° ICoDR-2

  15. Al + oxide, 78° ICoDR-2

  16. Silver + SiO mirror, 45° ICoDR-2

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