Bandpass filters for use in the visible region

M. A. Res; C. J. Kok; J. Bednarik; K. Kröger

doi:10.1364/AO.16.001908

Applied Optics
Vol. 16,
Issue 7,
pp. 1908-1913
(1977)
•https://doi.org/10.1364/AO.16.001908

Bandpass filters for use in the visible region

M. A. Res, C. J. Kok, J. Bednarik, and K. Kröger

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M. A. Res, C. J. Kok, J. Bednarik, and K. Kröger, "Bandpass filters for use in the visible region," Appl. Opt. 16, 1908-1913 (1977)

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Abstract

A series of new filter glasses showing fairly symmetrical bandpass shapes has been developed. The transmittance curves with half-widths ranging between 58 nm and 168 nm cover the whole visible region. It seems that almost any desired peak transmittance wavelength can be obtained by compositional shifting. These new filters should find useful application in optics and filter radiometry.

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Glass no. from Table III	Glass type from Table II	T cuton	T Max.	T cutoff	Half-width in nm	Wall thickness in mm	Graphical presentation in Fig. no

			%/nm
1	I	0/337^a,^b	45/402	0/515	70	3.7	1 and 6(D)
18	I	0/362	50/443	0/532	82	4.0	2
6	III	0/405	42/506	0/630	100	3.7	1 and 4
9	III	0/430	51/553	0/720	90	6.45	1 and 3
11	VII	0/478	44/597	2/800	96	4.2	1 and 5
14	II	0/550	30/655	0/750	76	5.7	1
31	II	0/543	32/673	0/820	94	3.9	2
15	II	0/490	60/670	5.3/850	150	4.2	1
16	III	0/540	52/720	6.8/930	133	3.8	1
33	I	0/675	20/748	0/950	58	4.2	2

I	II	III	IV	V	VI	VII	VIII
SiO₂ 65	P₂O₅ 48.8	P₂O₅ 48.8	P₂O₅ 62.5	TeO₂ 50	B₂O₃ 55	B₂O₃ 60	B₂O₃ 70.8
CaO 10	Al₂O₃ 21.9	Al₂O₃ 21.9	Al₂O₃ 6.9	PbO 20	La₂O₃ 20	Al₂O₃ 20	CaO 29.2
Na₂O 25	Na₂O 29.3	K₂O 29.3	ZnO 2.25	WO₃ 30	PbO 20	PbO 15
			BaO 7.25		Na₂O 5	Na₂O 5
			Li₂O 0.9
			Na₂O 10.6
			K₂O 9.6

Glass no.	Glass type no. from Table II	Introduced coloring oxides in percent by weight	Wall thickness in mm	T max. %	Graphical presentation in Fig no.
1	I	CuO 1.36, Cr₂O₃ 0.019, MnO₂ 1.0, CoO 0.1	3.7	45	1 and 6(D)
2	II	CuO 1.25, CoO 0.08	5.6	30	1
3	III	CuO 1.1, CoO 0.08, CeO₂ 1.17, TiO₂ 1.87	4.1	30	1
4	I	CuO 2.3	3.5	62	1
5	VIII	CuO 1.26	4.2	34	1
6	III	CuO 1.1, V₂O₅ 1.6	3.7	42	1 and 4
7	I	CuO 1.85, V₂O₅ 2.5	3.9	22	1
8	V	CuO 0.08	4.1	64	1
9	III	CeO₂ 5.0, TiO₂ 8.0, CuO 0.265, Cr₂O₃ 0.05	6.45	51	1 and 3
10	V	CuO 0.09, CeO₂ 0.2, TiO₂ 0.4	3.9	43	1
11	VII	NiO 2.0	4.2	44	1 and 5
12	V	NiO 0.4	3.2	40	1
13	V	NiO 0.4, CeO₂ 0.8, TiO₂ 1.5	3.8	34	1
14	II	NiO 2.0	5.7	30	1
15	II	NiO 1.0	3.95	60	1 and 6(B)
16^a	III	NiO 0.85	3.8	52	1
17^a	I	NiO 1.25	3.9	32	1
18	I	CuO 1.36, CoO 0.13, CeO₂ 1.17, TiO₂ 1.87	4.0	50	2
19	I	CuO 1.36	4.2	86	2 and 6(D)
20	VIII	CuO 0.91	4.4	55	2
21	II	CuO 1.43	4.2	63	2
22	VI	CuO 0.84	4.2	46	2 and 6(A)
23	III	CuO 1.20, V₂O₅ 1.75	4.1	37	2 and 6(C)
24	V	CuO 0.1	3.9	54	2
25	IV	V₂O₅ 1.2	3.9	37	2
26	IV	V₂O₅ 1.59	3.7	36	2
27	VII	NiO 1.5	4.3	55	2
28	V	NiO 0.35	3.7	50	2
29	V	NiO 0.4, CeO₂ 0.3, TiO₂ 0.6	4.0	42	2
30	VIII	NiO 0.75	3.9	52	2
31	II	NiO 2.0, V₂O₅ 2.5	3.9	29	2
32^a	III	NiO 0.85, CoO 0.08	4.0	43	2
33	I	NiO 1.5, UO₃ 4.0	4.1	20	2
34	III	CeO₂ 5.0, TiO₂ 8.9, CuO 0.26, Cr₂O₅ 0.05	6.2	42	3
35	II	NiO 1.0, CeO₂ 2.0, TiO₂ 3.0	3.9	52	6(B)
36	II	CeO₂ 2.9, TiO₂ 4.67	4.1	89	6(B)
37	III	CuO 0.72	3.9	81	6(C)
38	III	V₂O₅ 1.59	3.9	67	6(C)
39	I	Cr₂O₃ 0.0253	4.3	80	6(D)
40	I	MnO₂ 1.0	4.45	86	6(D)
41	I	CoO 0.128	4.2	47 & 75	6(D)
42	II	CuO 0.84	3.9	82	6(A)

Glass no. from Table III	Glass type from Table II	T cuton	T Max.	T cutoff	Half-width in nm	Wall thickness in mm	Graphical presentation in Fig. no

			%/nm
1	I	0/337^a,^b	45/402	0/515	70	3.7	1 and 6(D)
18	I	0/362	50/443	0/532	82	4.0	2
6	III	0/405	42/506	0/630	100	3.7	1 and 4
9	III	0/430	51/553	0/720	90	6.45	1 and 3
11	VII	0/478	44/597	2/800	96	4.2	1 and 5
14	II	0/550	30/655	0/750	76	5.7	1
31	II	0/543	32/673	0/820	94	3.9	2
15	II	0/490	60/670	5.3/850	150	4.2	1
16	III	0/540	52/720	6.8/930	133	3.8	1
33	I	0/675	20/748	0/950	58	4.2	2

I	II	III	IV	V	VI	VII	VIII
SiO₂ 65	P₂O₅ 48.8	P₂O₅ 48.8	P₂O₅ 62.5	TeO₂ 50	B₂O₃ 55	B₂O₃ 60	B₂O₃ 70.8
CaO 10	Al₂O₃ 21.9	Al₂O₃ 21.9	Al₂O₃ 6.9	PbO 20	La₂O₃ 20	Al₂O₃ 20	CaO 29.2
Na₂O 25	Na₂O 29.3	K₂O 29.3	ZnO 2.25	WO₃ 30	PbO 20	PbO 15
			BaO 7.25		Na₂O 5	Na₂O 5
			Li₂O 0.9
			Na₂O 10.6
			K₂O 9.6

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