The High-Power Iodine Laser |
Contents
Introduction | 1 |
Principles of HighPower Operation | 48 |
Beam Quality and Losses | 73 |
Copyright | |
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Common terms and phrases
absorption alkyl iodides amplifier chain argon ASTERIX bandwidth beam divergence buffer gas pressure carrier frequency chemical components cross-section diameter effect emission end amplifier energy amplification factor energy extraction Eout equations excimer excimer laser excited iodine atoms extraction efficiency flashlamps high-power Hohla hyperfine inhomogeneous input energy density inversion density inversion energy density inversion profile iodide pressure iodine laser iodine laser amplifiers J/cm² lamps laser medium laser pulse laser transition laser tube Lett magnetic field main amplifiers maximum mbar measurements mode locking molecules operation optical oscillator output energy density photolysis Phys Pockels cells preamplifiers prepulse pressure broadening pulse duration pulse length pulse propagation pump light Quantum Electron radiation range reaction reflectors refractive index repetition rate saturable absorber Sect self-focusing shock wave shot small-signal amplification spatial filters spectrum stored inversion energy streak camera temperature tion wave-front distortion wavelength