High-efficiency volume hologram recording with a pulsed signal beam

Guoqiang Li; Liren Liu; Bo Liu; Zhizhan Xu

doi:10.1364/OL.23.001307

Optics Letters
Vol. 23,
Issue 16,
pp. 1307-1309
(1998)
•https://doi.org/10.1364/OL.23.001307

High-efficiency volume hologram recording with a pulsed signal beam

Guoqiang Li, Liren Liu, Bo Liu, and Zhizhan Xu

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Guoqiang Li, Liren Liu, Bo Liu, and Zhizhan Xu, "High-efficiency volume hologram recording with a pulsed signal beam," Opt. Lett. 23, 1307-1309 (1998)

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Abstract

We present an efficient photorefractive volume hologram recording technique with a pulsed signal beam and continuous reference-beam illumination. The grating envelope can be simply controlled by manipulation of the duty cycle of the signal beam. Thus, for any grating coupling strength and different initial reference-signal intensity ratios, the diffraction efficiency can be maximized with this technique and can be greatly increased in comparison with that of the conventional recording technique.

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L (mm)	$(P_{1}, P_{2})$	DE (%)
L (mm)	$(P_{1}, P_{2})$	Pulsed	Continuous
7	(1, 1)	58	45
10	(1, 1)	75	49.4
	(1, 4)	85.3	49.4
12	(1, 4)	93.3	50.5
15	(1, 4)	97	51.3
	(1, 7)	98.3	51.3
17	(1, 10)	99.3	51.7

$L$ (mm)	$A_{r} / A_{s} (z = 0)$	$(P_{1}, P_{2})$	DE (%)
$L$ (mm)	$A_{r} / A_{s} (z = 0)$	$(P_{1}, P_{2})$	Pulsed	Continuous
7	$0.7 / 1$	(1, 1)	45	29.8
	$0.5 / 1$		31.6	18.2
	$0.3 / 1$		15	7.5
15	$1 / 0.8$	(1, 6)	98.4	62.2
	$1 / 0.5$	(1, 5)	98.7	80.6
	$0.5 / 1$	(1, 6)	97	20.9
	$0.3 / 1$	(1, 8)	95	8.7
	$0.1 / 1$	(1, 10)	70	1
20	$0.1 / 1$	(1, 8)	98	1.1

L (mm)	$(P_{1}, P_{2})$	DE (%)
L (mm)	$(P_{1}, P_{2})$	Pulsed	Continuous
7	(1, 1)	58	45
10	(1, 1)	75	49.4
	(1, 4)	85.3	49.4
12	(1, 4)	93.3	50.5
15	(1, 4)	97	51.3
	(1, 7)	98.3	51.3
17	(1, 10)	99.3	51.7

$L$ (mm)	$A_{r} / A_{s} (z = 0)$	$(P_{1}, P_{2})$	DE (%)
$L$ (mm)	$A_{r} / A_{s} (z = 0)$	$(P_{1}, P_{2})$	Pulsed	Continuous
7	$0.7 / 1$	(1, 1)	45	29.8
	$0.5 / 1$		31.6	18.2
	$0.3 / 1$		15	7.5
15	$1 / 0.8$	(1, 6)	98.4	62.2
	$1 / 0.5$	(1, 5)	98.7	80.6
	$0.5 / 1$	(1, 6)	97	20.9
	$0.3 / 1$	(1, 8)	95	8.7
	$0.1 / 1$	(1, 10)	70	1
20	$0.1 / 1$	(1, 8)	98	1.1

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Optics Letters