Proceedings of LFNM'...: International Workshop on Laser and Fiber-optical Networks Modeling, Volume 6Institution of Electrical and Electronics Engineers, 2004 - Fiber optics |
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Page 159
... lattice vibration under the coherent phonons make a further PT . 4 ) Reflection on the mirrors in resonator ( laser ) has to be changed onto reflection on the boundaries of crystal grains , dislocation wall , planar defects and so on ...
... lattice vibration under the coherent phonons make a further PT . 4 ) Reflection on the mirrors in resonator ( laser ) has to be changed onto reflection on the boundaries of crystal grains , dislocation wall , planar defects and so on ...
Page 170
... lattice we have to set the starting condition . Then the starting condition is recalculating on the recurrent low in the nearest cells . After such numerous recalculations we can get the field distribution in the arbitrary cell of the ...
... lattice we have to set the starting condition . Then the starting condition is recalculating on the recurrent low in the nearest cells . After such numerous recalculations we can get the field distribution in the arbitrary cell of the ...
Page 207
... lattices ( " vortex crystals " , just like particles forming a solid ) . These vortex - crystals can " melt " , precisely in analogy with solids : first , defects appear in the lattice which become more numerous and more mobile with ...
... lattices ( " vortex crystals " , just like particles forming a solid ) . These vortex - crystals can " melt " , precisely in analogy with solids : first , defects appear in the lattice which become more numerous and more mobile with ...
Contents
L Lasers and Resonators | 1 |
Compact electricdischarge excimer lasers invited | 14 |
Simplified model for XECLlasers | 29 |
Copyright | |
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absorption adaptive optical algorithm amplitude zeroes angle aperture architectonics band birefringence bolometer calculated cavity coefficient coherent colorimeter components coordinates corresponds density dependence determined devices dielectric diffraction efficiency e-mail effect electric field electron elements emission energy equation experimental fibre Figure film fractal fractal dimensions frequency function Gaussian beam grating holograms holographic IEEE increase input interaction interference investigated irradiation Kharkiv National University laser beam laser radiation lasing layer light matrix measured medium method mirror mode mode-locking modulation nonlinear obtained optical fiber oscillators output parameters phase photonic crystal phototropic Physics plane polarization problem processes propagation pulse quantum Rayleigh scattering reflection refraction index region resonator sample satellite scattering semiconductor signal simulation solitons solution spatial spectral spectrum stability structure surface synchronization temperature transform-limited pulses transmission transverse Ukraine vector waveguide wavelength width