AI Article Synopsis
- The text introduces a method that combines extraction during pumping (EDP) and Thin Disk (TD) technology to address thermal cooling issues in high-power laser systems using Ti:Sa amplifiers.
- It outlines optimized designs for high repetition rate Ti:Sapphire EDP-TD power amplifiers that can generate powers of 1-10 petawatts (PW).
- The discussion includes the thermal dynamic behavior of these advanced laser systems to ensure efficient operation.
Article Abstract
Combination of the scheme of extraction during pumping (EDP) and the Thin Disk (TD) technology is presented to overcome the limitations associated with thermal cooling of crystal and transverse amplified spontaneous emission in high average power laser systems based on Ti:Sa amplifiers. The optimized design of high repetition rate 1-10 PW Ti:Sapphire EDP-TD power amplifiers are discussed, including their thermal dynamic behavior.
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| http://dx.doi.org/10.1364/OE.24.003721 | DOI Listing |
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