Phase-matching properties of BaGa<sub>4</sub>Se<sub>7</sub> for SHG and SFG in the 0.901–10.5910&#x2009;&#x2009;&#x03BC;m range

Kiyoshi Kato; Kentaro Miyata; Valentin Petrov

doi:10.1364/AO.56.002978

Applied Optics
Vol. 56,
Issue 11,
pp. 2978-2981
(2017)
•https://doi.org/10.1364/AO.56.002978

Phase-matching properties of BaGa₄Se₇ for SHG and SFG in the 0.901–10.5910 μm range

Kiyoshi Kato, Kentaro Miyata, and Valentin Petrov

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Kiyoshi Kato, Kentaro Miyata, and Valentin Petrov, "Phase-matching properties of BaGa₄Se₇ for SHG and SFG in the 0.901–10.5910 μm range," Appl. Opt. 56, 2978-2981 (2017)

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Abstract

We report new experimental results on the phase-matching properties of a ${BaGa}_{4} {Se}_{7}$ crystal for harmonic generation of a Nd:YAG laser-pumped ${AgGaS}_{2}$ optical parametric oscillator (OPO) and a ${CO}_{2}$ laser in the 0.901–10.5910 μm range. In addition, we present new Sellmeier equations that provide a good reproduction of the present experimental results as well as the published data points for a Nd:YAG laser-pumped OPO and an optical parametric amplifier (OPA) in the 3.10–15.22 μm range and a Ho:YAG laser-pumped OPA in the 3.49–5.18 μm range.

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	Wavelength (μm)^a			Phase-Matching Angle ( $θ$ , $φ$ )
				Measured^b	Calculated
	$λ_{1}$	$λ_{2}$	$λ_{3}$	Measured^b	( $K$ )	( $B$ )
SHG	${10.5910}^{x z}$	${10.5910}^{x z}$	${5.2955}^{y}$	(52.0°, 0°)	(52.00°, 0°)	(53.75°, 0°)
	${10.5910}^{y x}$	${10.5910}^{z}$	${5.2955}^{y x}$	(90, 7.2)	(90, 7.24)	(90, 9.01)
	${10.5910}^{x}$	${10.5910}^{y z}$	${5.2955}^{x}$	(57.1, 90)	(57.04, 90)	(60.58, 90)
	${5.2955}^{x z}$	${5.2955}^{x z}$	${2.6478}^{y}$	(39.5, 0)	(39.34, 0)	(40.51, 0)
	${5.2955}^{y}$	${5.2955}^{x z}$	${2.6478}^{y}$	(49.0, 0)	(49.04, 0)	(50.02, 0)
	${5.2955}^{x}$	${5.2955}^{y z}$	${2.6478}^{x}$	(21.9, 90)	(21.85, 90)	(22.39, 90)
	${3.5303}^{x z}$	${3.5303}^{x z}$	${1.7652}^{y}$	(43.2, 0)	(43.30, 0)	(43.53, 0)
	${3.5303}^{y}$	${3.5303}^{x z}$	${1.7652}^{y}$	(57.2, 0)	(57.10, 0)	(56.57, 0)
	${3.5303}^{x}$	${3.5303}^{y z}$	${1.7652}^{x}$	(34.3, 90)	(34.33, 90)	(32.80, 90)
SFG	${10.5910}^{y}$	${5.2955}^{x z}$	${3.5303}^{y}$	(49.0, 0)	(48.95, 0)	(50.57, 0)
	${10.5910}^{x z}$	${5.2955}^{y}$	${3.5303}^{y}$	(72.4, 0)	(72.38, 0)	(72.88, 0)
	${10.5910}^{x}$	${5.2955}^{y z}$	${3.5303}^{x}$	(21.4, 90)	(21.55, 90)	(24.93, 90)
	${10.5910}^{y z}$	${5.2955}^{x}$	${3.5303}^{x}$	(49.7, 90)	(49.73, 90)	(50.57, 90)
	${10.5910}^{x z}$	${3.5303}^{x z}$	${2.6478}^{y}$	(40.7, 0)	(40.65, 0)	(42.09, 0)
	${5.2955}^{y}$	${3.5303}^{x z}$	${1.7652}^{y}$	(47.7, 0)	(47.53, 0)	(47.98, 0)
	${5.2955}^{x z}$	${3.5303}^{y}$	${1.7652}^{y}$	(57.0, 0)	(56.98, 0)	(56.92, 0)
	${5.2955}^{x}$	${3.5303}^{y z}$	${1.7652}^{x}$	(19.2, 90)	(19.08, 90)	(18.40, 90)
	${5.2955}^{y z}$	${3.5303}^{x}$	${1.7652}^{x}$	(34.1, 90)	(34.04, 90)	(33.13, 90)

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Applied Optics