Short-pulse High-intensity Lasers and Applications II: 21-22 January 1993, Los Angeles, CaliforniaHector Baldis |
Contents
glass laser facility 186004 | 10 |
Development of highbrightness KrF lasers using both Raman and ultrashortpulse | 21 |
FOCUSING AND PARTICLE ACCELERATION | 31 |
Copyright | |
16 other sections not shown
Common terms and phrases
absorption acceleration amplifier amplitude atom backscatter Brillouin Brillouin scattering calculated chirp chirped pulse amplification circular polarization collisional electric field electron density electron temperature equations experimental experiments femtosecond Figure filter focused frequency fsec FWHM gradient grating harmonic high intensity incident intense laser ion yields ionization potential K-shell Langmuir waves lasant laser intensity laser light laser pulse Lawrence Livermore National Lett Li-like Livermore National Laboratory maximum mbar measured micron modelocked Neon neutral observed optical oscillator output parameters peak Phys picosecond plasma wave polarization ponderomotive ponderomotive force population inversion pressure probe produced psec pulse duration pulse width pump radiation Raman ratio recombination refractive relativistic resonance saturation shift short pulse shots shown in Fig simulations soft x-ray spectra spectrometer spectrum Stokes streak camera target Thomson scattered Ti:sapphire transition tunneling tunneling ionization velocity W/cm² wavelength x-ray emission x-ray laser