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等离子体填充
    Study on Plasma Fiiled Dielectric Cerenkov Oscillatir and Plasma Filled Coupled Cavity Chain
    等离子体填充介质Cerenkov振荡器和耦合腔链研究
    Present State of the Research on Plasma Filled TWT's and Their Prosped
    等离子体填充行波管研究的现状及展望
    Plasma filled high-power microwave apparatus can improve itscharacteristics, which has been demonstrated in some experiments.
    等离子体填充高功率微波器件,得以改善器件特性,这方面的工作在一些实验研究中已经被人们所关注并取得了一些成果。
    But there The published theoretical studies, however, only dealt with the linear effects and neglected the microwave plasma interaction, so it is valuable to research the microwave plasma nonlinear interaction, especially in plasma filled waveguide.
    但是该领域的理论研究在国际上研究较少,因此,研究微波-等离子体非线形互作用尤其是高功率微波在等离子体填充波导中的非线性效应有着很大的理论与应用价值。
    3. Deduce the high power microwave’s nonlinear wave equation in plasma filled waveguide. The harmonic generation and stimulated Raman scattering are discussed
    3.推导了等离子体填充波导中高功率微波的非线性波动方程,并籍此研究了等离子体填充波导中高功率微波的谐波产生和受激拉曼散射。
    A brief introduction of the plasma travelling wave devices in cluding plasma filled coupled cavity travelling wave tubes,Pasotron and plasma loaded helix travelling wave tubes is described. The prospecting of their application and further research of these devices is given.
    对等离子体填充耦合腔行波管、Pasotron和等离子体填充的螺旋线行波管等的国内外研究工作做了简要的评述 ,并对其应用前景和进一步的研究方向作了展望
 

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