A Polarizer for the Vacuum Ultraviolet

D. L. Steinrnetz; W. G. Phillips; M. Wirick; F. F. Forbes

doi:10.1364/AO.6.001001

Applied Optics
Vol. 6,
Issue 6,
pp. 1001-1004
(1967)
•https://doi.org/10.1364/AO.6.001001

A Polarizer for the Vacuum Ultraviolet

D. L. Steinrnetz, W. G. Phillips, M. Wirick, and F. F. Forbes

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D. L. Steinrnetz, W. G. Phillips, M. Wirick, and F. F. Forbes, "A Polarizer for the Vacuum Ultraviolet," Appl. Opt. 6, 1001-1004 (1967)

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Abstract

The construction and optical properties of a MgF₂ double Rochon prism are described. The prism is useful as a polarizer or analyzer in the vacuum uv wavelengths longer than 1300 Å. Measurements of MgF₂ transmission and of polarizer angular beam deviation from 1150 Å to 2900 Å are presented.

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λ (Å)		α₀^a (cm⁻¹)	$\bar{α}$ ^b(cm⁻¹)	R^c (%)
2900		0.000	0.010	6
	to
2500
2400		0.000	0.014	7
2300		0.000	0.019	7
2200		0.000	0.026	8
2100		0.001	0.039	9
2050		0.006	0.040	9
2000		0.013	0.056	10
1975		0.013	0.061	10
1950		0.013	0.064	10
1925		0.011	0.064	10
1900		0.015	0.064	11
1850		0.018	0.083	11
1800		0.034	0.125	11
1750		0.046	0.149	12

1700
1675		0.104	0.200	14
1650		0.136	0.240	15
1600		0.142	0.242	17
1550		0.145	0.230	19
1500		0.211	0.280	22
1439		0.461	0.45	26
1400		0.934	0.72	29
1332		1.98	1.56	35
1314		2.25	1.78	36
1262		—	1.45	41
1212		3.4	2.0	48
1162		—	2.6	58

λ(Å)	n_E	n_o
2893.59	1.4073	1.39485
2536.5	1.41483	1.40208
1849.68	1.44797	1.43424
1780 ± 2	1.45365	1.43975

λ (Å)		α₀^a (cm⁻¹)	$\bar{α}$ ^b(cm⁻¹)	R^c (%)
2900		0.000	0.010	6
	to
2500
2400		0.000	0.014	7
2300		0.000	0.019	7
2200		0.000	0.026	8
2100		0.001	0.039	9
2050		0.006	0.040	9
2000		0.013	0.056	10
1975		0.013	0.061	10
1950		0.013	0.064	10
1925		0.011	0.064	10
1900		0.015	0.064	11
1850		0.018	0.083	11
1800		0.034	0.125	11
1750		0.046	0.149	12

1700
1675		0.104	0.200	14
1650		0.136	0.240	15
1600		0.142	0.242	17
1550		0.145	0.230	19
1500		0.211	0.280	22
1439		0.461	0.45	26
1400		0.934	0.72	29
1332		1.98	1.56	35
1314		2.25	1.78	36
1262		—	1.45	41
1212		3.4	2.0	48
1162		—	2.6	58

λ(Å)	n_E	n_o
2893.59	1.4073	1.39485
2536.5	1.41483	1.40208
1849.68	1.44797	1.43424
1780 ± 2	1.45365	1.43975

Abstract

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Equations (1)

Applied Optics