Electrodynamical properties and modes of finite-width planar ferrite waveguide A V Sadovnikov and K V Bublikov -Numerical modeling of light-induced drift in a cloud of interstellar gas A I Sobolev and D A Varshalovich -This content was downloaded from IP address 207.241.231. Abstract. Propagation of the phase-modulated microwave pulse in the sliding-mode plasma waveguide in air is considered. It is shown that with the proper choice of the chirp parameter the peak intensity of the microwave

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... can be significantly enhanced with respect to the non-phase-modulated pulse thus compensating the attenuation by the pulse compression. Calculations show that the microwave pulse peak intensity at the end of plasma waveguide can be made larger than the initial peak intensity, even for the plasma waveguides of a few kilometres length.