X-Ray Lasers 1990G.J. Tallents Internationally aclaimed specialists present the latest results of research with significant applications in semiconductor lithography, laser fusion research, and defence. |
Contents
Y Kato H Azuma K Murai K Yamakawa H Shiraga G J Pert | 1 |
Danson R Bann J Exley D Pepler I Ross and I Watson | 81 |
T Tomie I Okuda Y Owadano and M Yano | 109 |
Copyright | |
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1991 IOP Publishing absorption amplified spontaneous emission amplifier atomic axial axis beam divergence calculated coherence collision collisional excitation Colloquium on X-ray effect electron density electron temperature energy experimental foil function gain coefficient germanium grating grazing incidence H-like Hagelstein holography ions IOP Publishing Ltd irradiation Klisnick laser pulse laser pumping lasing Lett levels line focus MacGowan MCPIGS measured Ne-like neon neon-like observed obtained optical output Paper presented peak photons photopumping Phys plasma length population inversion presented at Int produced pump laser radiation radiative ratio recombination region resolution resonance lines Rutherford Appleton Laboratory scheme short wavelength shown in Figure shows simulation slab target slit soft X-ray lasers spatial spectra spectrograph spectrometer spectrum streak camera Suckewer target surface transition velocity W/cm² wavelength width x-ray laser x-ray laser beam x-ray laser experiments x-ray microscope zone plate