Photoluminescence of Color Filter Glasses

Warren H. Turner

doi:10.1364/AO.12.000480

Applied Optics
Vol. 12,
Issue 3,
pp. 480-486
(1973)
•https://doi.org/10.1364/AO.12.000480

Photoluminescence of Color Filter Glasses

Warren H. Turner

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Warren H. Turner, "Photoluminescence of Color Filter Glasses," Appl. Opt. 12, 480-486 (1973)

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Abstract

The photoluminescence of color filter glasses (as typified by the complete Corning filter glass set) is characterized. Emission, excitation spectra, and decay times are determined, and quantum yield is estimated. For many of the filters, the quantum yield and range of excitation are such that fluorescence can be a (perhaps unrecognized) problem when these filters are used in a long-bandpass mode. Furthermore, interference filters are often not free from filter fluorescence because fluorescent glasses are commonly used as a substrate or as protection for the dielectric layers.

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No.	Excitation λ (nm)	Emission peak (nm)	Relative yield^a	Relative peak height^a	Decay Time (τ) (μsec)
0-54	300	405	1.0^a	1.0^a	3.1
0-51	350	560	0.0033	0.0031	30
0-52	345	420	0.26	0.286	2.8
0-53	225	420	0.047	0.077	20
3-75	350	560	0.0059	0.0064	18
3-74	400	570	0.091	0.104	17.4 at 520 nm (6.0 at 700 nm)
3-73	420	570	0.098	0.108	18.5 at 520 nm (4+ at 700 nm)
3-72	420	620	0.051	0.065	17.4 at 520 nm (5 at 700 nm)
3-71	450	630	0.045	0.065	2.7 at 560 nm (3 at 700 nm)
3-70	470	680	0.012	0.022
3-69	440	685	0.006	0.014
3-68	420	730	0.001	0.0024
3-67	440	735	0.0003	0.0008
3-66	450	740	0.0002	0.0005
2-73	450	740	0.00017	0.0004
2-63	450	780	0.00013	0.0003
2-62	450	780	0.00007	0.0002
2-61	450	790	0.00007	0.0002
3-79	300	535	0.557	1.513	400
3-94	400	535	0.041	0.098	280
3-138	225		0.015	0.019
4-69	345	510	0.0011	0.0014	23 to 28
4-69	250	500	0.106	0.111
4-71	345	500	0.004	0.0059
9-30	250	390	0.376	0.314	7.5
9-54	250	395	0.164	0.154	7.4

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Applied Optics