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Construction and Characterization of an Yb:fiber Chirped Pulse Amplifier toward Ultrafast Electron Diffraction Experiments

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Description
"This thesis documents the construction, characterization, optimization, and troubleshooting of an Yb:fiber chirped pulse amplifier (CPA) for ultrafast electron diffraction experiments. We have demonstrated the Yb:fiber CPA’s capacity to raise the oscillator pulse energy by at least two orders of magnitude from ∼ 2 nJ to ∼ 0.5 μJ, generating a clean and reliable

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Title Construction and Characterization of an Yb:fiber Chirped Pulse Amplifier toward Ultrafast Electron Diffraction Experiments
Author Weng, Benny
Advisor Kealhofer, Catherine
Department Physics
Type of Resource text
Date Issued 2022
Language eng
doi https://doi.org/10.36934/TR2022_304
filename 2022_Weng_Benny_Thesis_Final.pdf
Rights Contact Special Collections at [email protected]
Description "This thesis documents the construction, characterization, optimization, and troubleshooting of an Yb:fiber chirped pulse amplifier (CPA) for ultrafast electron diffraction experiments. We have demonstrated the Yb:fiber CPA’s capacity to raise the oscillator pulse energy by at least two orders of magnitude from ∼ 2 nJ to ∼ 0.5 μJ, generating a clean and reliable
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ID Label Size Mimetype Created
OBJ OBJ datastream * 91.19 MiB application/pdf 2022-06-03
TN TN 4.96 KiB image/jpeg 2022-06-03
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