“…21 In 2024, a nanosecond NYSF regenerative amplifier generating an output of 9.78 mJ energy and 1.1 MW peak power at a repetition rate of 10 Hz was reported. 22 Thus, both spectroscopic parameters and laser performances of NYSF crystals indicate their potential application in high-energy laser techniques.…”
Nd,Y:SrF2 crystal is considered as a promising laser gain material in high-energy laser systems due to the advantages of long emission lifetime, low nonlinear refractive index and high thermal conductivity....
“…21 In 2024, a nanosecond NYSF regenerative amplifier generating an output of 9.78 mJ energy and 1.1 MW peak power at a repetition rate of 10 Hz was reported. 22 Thus, both spectroscopic parameters and laser performances of NYSF crystals indicate their potential application in high-energy laser techniques.…”
Nd,Y:SrF2 crystal is considered as a promising laser gain material in high-energy laser systems due to the advantages of long emission lifetime, low nonlinear refractive index and high thermal conductivity....
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