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 64
... problem of the nonadiabatic scattering light on valent and impurities bonds . This problem in the classical physics of status solidi is represented as adiabatic . In radiation physics of status solidi this problem is neglected . In RO ...
... problem of the nonadiabatic scattering light on valent and impurities bonds . This problem in the classical physics of status solidi is represented as adiabatic . In radiation physics of status solidi this problem is neglected . In RO ...
Page 81
... problem of diffraction theory . This inverse problem is obtaining geometrical and physical cavity parameters by measuring parameters of the electromagnetic field in the resonator for marginally unstable region ex- actly .. The problem ...
... problem of diffraction theory . This inverse problem is obtaining geometrical and physical cavity parameters by measuring parameters of the electromagnetic field in the resonator for marginally unstable region ex- actly .. The problem ...
Page 309
... problem method [ 1-2 ] and a method of singular integral equations [ 3 ] are used . I. INTRODUCTION It is known two approaches , used for deciding the problems diffractions of wave beams . [ 4-7 ] . The first concerns to a class of problems ...
... problem method [ 1-2 ] and a method of singular integral equations [ 3 ] are used . I. INTRODUCTION It is known two approaches , used for deciding the problems diffractions of wave beams . [ 4-7 ] . The first concerns to a class of problems ...
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 input interaction investigated irradiation Kharkiv National University laser beam laser radiation layer light matrix measured medium method mirror mode mode-locking modulation n₁ nonlinear obtained optical fiber oscillators output parameters phase photonic crystal phototropic Phys 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