Nonlinear ElectromagneticsP. L. E. Uslenghi |
Contents
The birth of a paradigm | 35 |
A physical description of the spectral transform | 67 |
Solitons in randomly inhomogeneous media | 87 |
Copyright | |
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absorption amplitude analysis antenna applied approximation assume average behaviour biological calculated cell collisions condition conductivity connected consider constant continuous corresponding density dependence described determined dielectric direction discussed dispersive distribution dynamics effects electric electromagnetic electron energy equation evolution example excitation exists external field FIGURE force frequency function given heating important increase initial integral intensity interaction interest inverse laser lead limit cycle linear load mathematical means medium membrane method nonlinear obtained optics oscillations parameter particles periodic perturbation phase phenomena Phys physical plane plasma possible problem processes propagation pulse range references regime region resonant respect satisfies shows singular soliton solution space stable structure temperature Theorem theory thermal tion transform values variables wave York