Diffuse Transmittance of Glass

Walter H. Foster; E. I. Stearns

doi:10.1364/JOSA.61.000060

Journal of the Optical Society of America
Vol. 61,
Issue 1,
pp. 60-62
(1971)
•https://doi.org/10.1364/JOSA.61.000060

Diffuse Transmittance of Glass

Walter H. Foster and E. I. Stearns

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Walter H. Foster and E. I. Stearns, "Diffuse Transmittance of Glass," J. Opt. Soc. Am. 61, 60-62 (1971)

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Abstract

The diffuse transmittance and the diffuse reflectance of glass with plane, parallel faces were studied. The method of calculation and some representative data for highly transparent glass are given. One application of these data is in the calculation of the correction factor that must be applied to spectrophotometric measurements of textiles measured behind glass. With the data, it is possible to calculate the reflectance in air of a sample measured behind glass.

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Equations (14)

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T_i =	Normal (T_c)						Diffuse (T_d)

	0.95	0.96	0.97	0.98	0.99	1.00	0.95	0.96	0.97	0.98	0.99	1.00
n₂/n₁
1.35	0.9087	0.9183	0.9279	0.9374	0.9470	0.9566	0.8334	0.8439	0.8545	0.8651	0.8758	0.8865
1.40	0.8986	0.9081	0.9175	0.9270	0.9365	0.9459	0.8225	0.8328	0.8431	0.8535	0.8638	0.8743
1.45	0.8879	0.8973	0.9066	0.9160	0.9254	0.9347	0.8119	0.8219	0.8320	0.8421	0.8523	0.8624
1.50	0.8768	0.8860	0.8953	0.9046	0.9138	0.9231	0.8014	0.8113	0.8211	0.8301	0.8410	0.8509
1.55	0.8654	0.8745	0.8836	0.8928	0.9019	0.9111	0.7912	0.8009	0.8105	0.8202	0.8300	0.8397
1.60	0.8537	0.8627	0.8718	0.8808	0.8898	0.8989	0.7812	0.7906	0.8001	0.8097	0.8192	0.8288

T_i =	Normal (R_c)						Diffuse (R_d)

	0.95	0.96	0.97	0.98	0.99	1.00	0.95	0.96	0.97	0.98	0.99	1.00
n₂/n₁
1.35	0.0413	0.0417	0.0421	0.0426	0.0430	0.0434	0.1076	0.1088	0.1099	0.1111	0.1123	0.1135
1.40	0.0515	0.0520	0.0525	0.0530	0.0535	0.0541	0.1195	0.1207	0.1219	0.1231	0.1244	0.1257
1.45	0.0622	0.0628	0.0634	0.0640	0.0646	0.0653	0.1309	0.1322	0.1335	0.1348	0.1362	0.1376
1.50	0.0733	0.0740	0.0747	0.0755	0.0762	0.0769	0.1420	0.1434	0.1448	0.1462	0.1476	0.1491
1.55	0.0848	0.0856	0.0864	0.0872	0.0881	0.0889	0.1529	0.1543	0.1557	0.1572	0.1587	0.1603
1.60	0.0964	0.0974	0.0983	0.0992	0.1001	0.1011	0.1634	0.1649	0.1665	0.1680	0.1696	0.1712

T_i =	Normal (T_c)						Diffuse (T_d)

	0.95	0.96	0.97	0.98	0.99	1.00	0.95	0.96	0.97	0.98	0.99	1.00
n₂/n₁
1.35	0.9087	0.9183	0.9279	0.9374	0.9470	0.9566	0.8334	0.8439	0.8545	0.8651	0.8758	0.8865
1.40	0.8986	0.9081	0.9175	0.9270	0.9365	0.9459	0.8225	0.8328	0.8431	0.8535	0.8638	0.8743
1.45	0.8879	0.8973	0.9066	0.9160	0.9254	0.9347	0.8119	0.8219	0.8320	0.8421	0.8523	0.8624
1.50	0.8768	0.8860	0.8953	0.9046	0.9138	0.9231	0.8014	0.8113	0.8211	0.8301	0.8410	0.8509
1.55	0.8654	0.8745	0.8836	0.8928	0.9019	0.9111	0.7912	0.8009	0.8105	0.8202	0.8300	0.8397
1.60	0.8537	0.8627	0.8718	0.8808	0.8898	0.8989	0.7812	0.7906	0.8001	0.8097	0.8192	0.8288

T_i =	Normal (R_c)						Diffuse (R_d)

	0.95	0.96	0.97	0.98	0.99	1.00	0.95	0.96	0.97	0.98	0.99	1.00
n₂/n₁
1.35	0.0413	0.0417	0.0421	0.0426	0.0430	0.0434	0.1076	0.1088	0.1099	0.1111	0.1123	0.1135
1.40	0.0515	0.0520	0.0525	0.0530	0.0535	0.0541	0.1195	0.1207	0.1219	0.1231	0.1244	0.1257
1.45	0.0622	0.0628	0.0634	0.0640	0.0646	0.0653	0.1309	0.1322	0.1335	0.1348	0.1362	0.1376
1.50	0.0733	0.0740	0.0747	0.0755	0.0762	0.0769	0.1420	0.1434	0.1448	0.1462	0.1476	0.1491
1.55	0.0848	0.0856	0.0864	0.0872	0.0881	0.0889	0.1529	0.1543	0.1557	0.1572	0.1587	0.1603
1.60	0.0964	0.0974	0.0983	0.0992	0.1001	0.1011	0.1634	0.1649	0.1665	0.1680	0.1696	0.1712

Abstract

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Tables (2)

Equations (14)

Journal of the Optical Society of America