Refined Sellmeier equations for AgGaS<sub>2</sub> down to 0.565 µm

Kiyoshi Kato; Kiyoshi Kato; Valentin Petrov; Kentaro Miyata

doi:10.1364/AO.494375

Applied Optics
Vol. 62,
Issue 24,
pp. 6375-6379
(2023)
•https://doi.org/10.1364/AO.494375

Refined Sellmeier equations for AgGaS₂ down to 0.565 µm

Kiyoshi Kato, Valentin Petrov, and Kentaro Miyata

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Kiyoshi Kato, Valentin Petrov, and Kentaro Miyata, "Refined Sellmeier equations for AgGaS₂ down to 0.565 µm," Appl. Opt. 62, 6375-6379 (2023)

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Abstract

We revisit the 90° phase-matching conditions for second-harmonic, sum-frequency, and difference-frequency generation in ${{\rm AgGaS}_2}$ thus far reported in the literature. We present refined Sellmeier equations coupled with an updated thermo-optic dispersion formula to correctly reproduce the experimental results for noncritical three-wave interactions obtained in the 0.565–10.5910 µm spectral range.

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Data underlying the results presented in this paper are not publicly available at this time but may be obtained from the authors upon reasonable request.

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	Wavelength (µm)^a
	$λ_{1}$	$λ_{2}$	$λ_{3}$	Reference
SHG	1.7718 (1.77180)	1.7718 (1.77180)	0.8859 (0.88590)	[9]
SFG	10.5910	0.598 (0.59731)	0.566 (0.56542)	[5]
	10.5710	0.59755 (0.59756)	0.56558 (0.56559)	[6]
	10.5321	0.59803 (0.59804)	0.56590 (0.56591)	[6]
	3.1459 (3.14480)	1.0642	0.7952 (0.79513)	This Work
	2.5368 (2.53689)	1.2684 (1.26845)	0.8456 (0.84563)	This Work
DFG	5.71429 (5.70371)	0.73230	0.64910 (0.64898)	[20]
	5.33333 (5.36663)	0.75475	0.66118 (0.66169)	[21]
	5.11694 (5.12894)	0.77280	0.67140 (0.67161)	[22]
	5.10855 (5.10602)	0.77465	0.67265 (0.67261)	[23]
	4.89011 (4.89107)	0.79305	0.68238 (0.68240)	[21]
	4.72856 (4.72894)	0.80830	0.69030 (0.69031)	[22]
	4.26080 (4.27540)	0.85860	0.71460 (0.71501)	[24]

	Wavelength (µm)^a		Temperature [°C]
	$λ_{1}$	$λ_{3}$	Exp^b	Cal
OPA	2.527743	0.842586	–13.82	–16.7
	2.528727	0.842909	–11.12	–12.8
	2.529970	0.843327	–5.61	–7.8
	2.534006	0.844674	10.37	8.4
	2.535810	0.845276	17.14	15.7
	2.536713	0.845576	20.67	19.3
	2.538160	0.846057	25.56	25.1
	2.538330	0.846114	26.24	25.8
	2.539523	0.846513	30.83	30.6
	2.540885	0.846967	35.52	36.0
	2.543728	0.847912	46.01	47.5

	Wavelength (µm)^a
	$λ_{1}$	$λ_{2}$	$λ_{3}$	Reference
SHG	1.7718 (1.77180)	1.7718 (1.77180)	0.8859 (0.88590)	[9]
SFG	10.5910	0.598 (0.59731)	0.566 (0.56542)	[5]
	10.5710	0.59755 (0.59756)	0.56558 (0.56559)	[6]
	10.5321	0.59803 (0.59804)	0.56590 (0.56591)	[6]
	3.1459 (3.14480)	1.0642	0.7952 (0.79513)	This Work
	2.5368 (2.53689)	1.2684 (1.26845)	0.8456 (0.84563)	This Work
DFG	5.71429 (5.70371)	0.73230	0.64910 (0.64898)	[20]
	5.33333 (5.36663)	0.75475	0.66118 (0.66169)	[21]
	5.11694 (5.12894)	0.77280	0.67140 (0.67161)	[22]
	5.10855 (5.10602)	0.77465	0.67265 (0.67261)	[23]
	4.89011 (4.89107)	0.79305	0.68238 (0.68240)	[21]
	4.72856 (4.72894)	0.80830	0.69030 (0.69031)	[22]
	4.26080 (4.27540)	0.85860	0.71460 (0.71501)	[24]

	Wavelength (µm)^a		Temperature [°C]
	$λ_{1}$	$λ_{3}$	Exp^b	Cal
OPA	2.527743	0.842586	–13.82	–16.7
	2.528727	0.842909	–11.12	–12.8
	2.529970	0.843327	–5.61	–7.8
	2.534006	0.844674	10.37	8.4
	2.535810	0.845276	17.14	15.7
	2.536713	0.845576	20.67	19.3
	2.538160	0.846057	25.56	25.1
	2.538330	0.846114	26.24	25.8
	2.539523	0.846513	30.83	30.6
	2.540885	0.846967	35.52	36.0
	2.543728	0.847912	46.01	47.5

Abstract

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Figures (5)

Tables (2)

Equations (4)

Applied Optics