Beam alignment based on two-dimensional power spectral density of a near-field image

Beam alignment is crucial to high-power laser facilities and is used to adjust the laser beams quickly and accurately to meet stringent requirements of pointing and centering. In this paper, a novel alignment method is presented, which employs data processing of the two-dimensional power spectral de...

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Published inOptics express Vol. 25; no. 22; pp. 26591 - 26599
Main Authors Wang, Shenzhen, Yuan, Qiang, Zeng, Fa, Zhang, Xin, Zhao, Junpu, Li, Kehong, Zhang, Xiaolu, Xue, Qiao, Yang, Ying, Dai, Wanjun, Zhou, Wei, Wang, Yuanchen, Zheng, Kuixing, Su, Jingqin, Hu, Dongxia, Zhu, Qihua
Format Journal Article
LanguageEnglish
Published United States 30.10.2017
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Abstract Beam alignment is crucial to high-power laser facilities and is used to adjust the laser beams quickly and accurately to meet stringent requirements of pointing and centering. In this paper, a novel alignment method is presented, which employs data processing of the two-dimensional power spectral density (2D-PSD) for a near-field image and resolves the beam pointing error relative to the spatial filter pinhole directly. Combining this with a near-field fiducial mark, the operation of beam alignment is achieved. It is experimentally demonstrated that this scheme realizes a far-field alignment precision of approximately 3% of the pinhole size. This scheme adopts only one near-field camera to construct the alignment system, which provides a simple, efficient, and low-cost way to align lasers.
AbstractList Beam alignment is crucial to high-power laser facilities and is used to adjust the laser beams quickly and accurately to meet stringent requirements of pointing and centering. In this paper, a novel alignment method is presented, which employs data processing of the two-dimensional power spectral density (2D-PSD) for a near-field image and resolves the beam pointing error relative to the spatial filter pinhole directly. Combining this with a near-field fiducial mark, the operation of beam alignment is achieved. It is experimentally demonstrated that this scheme realizes a far-field alignment precision of approximately 3% of the pinhole size. This scheme adopts only one near-field camera to construct the alignment system, which provides a simple, efficient, and low-cost way to align lasers.
Author Zhang, Xin
Xue, Qiao
Wang, Yuanchen
Yang, Ying
Zeng, Fa
Zhou, Wei
Yuan, Qiang
Hu, Dongxia
Zheng, Kuixing
Wang, Shenzhen
Zhao, Junpu
Zhang, Xiaolu
Zhu, Qihua
Li, Kehong
Dai, Wanjun
Su, Jingqin
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