Nonlinear temporal pulse cleaning techniques and application

Yi Xu; Jianzhou Wang; Yansui Huang; Yanyan Li; Xiaomin Lu; Yuxin Leng

doi:doi:10.1017/hpl.2013.9

High Power Laser Science and Engineering, 2013, 1 (2): 02000098, Published Online: Nov. 19, 2018

Nonlinear temporal pulse cleaning techniques and application Download： 890次

Yi Xu Jianzhou Wang Yansui Huang Yanyan Li Xiaomin Lu Yuxin Leng ^†

Author Affiliations

State Key Laboratory of High Field Laser Physics, Shanghai Institute of Optics and Fine Mechanics, Chinese Academy of Sciences, Shanghai 201800, China

Figures & Tables

Fig. 1. Simplified layout of a high-intensity femtosecond Ti:sapphire laser system with a double-CPA scheme.

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Fig. 2. Setup of pulse cleaner based on NOPA and SHG processes.

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Fig. 3. Contrast curves of the commercial CPA laser (grey curve) and the pulse cleaner based on NOPA and SHG (dark curve). The inset is the pulse duration of the cleaned pulse.

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Fig. 4. Contrast curves of the high-contrast TW-level Ti:sapphire CPA laser (black curve) and the original TW-level Ti:sapphire CPA laser (grey curve). The pre-pulses are identified to be the artefacts generated by multiple reflections at the optical components in the cross-correlator and amplifiers.

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Fig. 5. Setup of pulse cleaner based on XPW generation^[15].

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Fig. 6. Contrast curves of the high-contrast Ti:sapphire CPA laser with a pulse cleaner based on XPW generation^[15].

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Yi Xu, Jianzhou Wang, Yansui Huang, Yanyan Li, Xiaomin Lu, Yuxin Leng. Nonlinear temporal pulse cleaning techniques and application[J]. High Power Laser Science and Engineering, 2013, 1(2): 02000098.

Nonlinear temporal pulse cleaning techniques and application Download： 890次

Fig. 1. Simplified layout of a high-intensity femtosecond Ti:sapphire laser system with a double-CPA scheme.

Fig. 2. Setup of pulse cleaner based on NOPA and SHG processes.

Fig. 3. Contrast curves of the commercial CPA laser (grey curve) and the pulse cleaner based on NOPA and SHG (dark curve). The inset is the pulse duration of the cleaned pulse.

Fig. 5. Setup of pulse cleaner based on XPW generation^[15].

Fig. 6. Contrast curves of the high-contrast Ti:sapphire CPA laser with a pulse cleaner based on XPW generation^[15].

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Nonlinear temporal pulse cleaning techniques and application Download： 890次

Fig. 1. Simplified layout of a high-intensity femtosecond Ti:sapphire laser system with a double-CPA scheme.

Fig. 2. Setup of pulse cleaner based on NOPA and SHG processes.

Fig. 3. Contrast curves of the commercial CPA laser (grey curve) and the pulse cleaner based on NOPA and SHG (dark curve). The inset is the pulse duration of the cleaned pulse.

Fig. 5. Setup of pulse cleaner based on XPW generation[15].

Fig. 6. Contrast curves of the high-contrast Ti:sapphire CPA laser with a pulse cleaner based on XPW generation[15].

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Fig. 5. Setup of pulse cleaner based on XPW generation^[15].

Fig. 6. Contrast curves of the high-contrast Ti:sapphire CPA laser with a pulse cleaner based on XPW generation^[15].