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self-consistent nonlinear simulation
相关语句
  自洽非线性
     The beam-wave interaction of a designed Ka-band second harmonic gyroklystron amplifier is studied by using a self-consistent nonlinear simulation program.
     应用自行编制的电子注-波互作用的自洽非线性模拟程序,我们对Ka波段二次谐波回旋速调管放大器的注-波互作用进行了研究.
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  相似匹配句对
     self-education.
     心理自我教育
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     SELF RITICIS
     自我批评
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     SELF INDEPENDENCE
     独立精神
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     Self-study.
     自学习。
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     The result is consistent
     理论结果与实验观察一致。
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  self-consistent nonlinear simulation
The beam-wave interaction in a Ka-band, two-cavity fundamental gyroklystron amplifier is studied by using a self-consistent nonlinear simulation code.
      
Self-Consistent Nonlinear Simulation of a Severed Slotted Gyro-TWT
      


Starting from general transmission line equation with an electron beam, a self consistent nonlinear simulation on third\|harmonic complex cavity gyrotron with gradual transition is presented, in which some practical factors are taken into account. The interaction between the electron beam and H 511 H 521 RF field for third\|harmonic gyrotron is simulated. The influences of the thickness and the velocity spread and the velocity ratio of the electron beam and the fluctuation of...

Starting from general transmission line equation with an electron beam, a self consistent nonlinear simulation on third\|harmonic complex cavity gyrotron with gradual transition is presented, in which some practical factors are taken into account. The interaction between the electron beam and H 511 H 521 RF field for third\|harmonic gyrotron is simulated. The influences of the thickness and the velocity spread and the velocity ratio of the electron beam and the fluctuation of the magnetic field on the multi\|modes interaction with an electron beam are analyzed.

利用含电流的传输线方程 ,在考虑了诸多实际因素影响的情况下 ,对三次谐波渐变复合腔回旋管进行了自洽非线性模拟 ,计算了H51 1 H52 1 模式下三次谐波多模注波互作用 ,分析了电子注的厚度、速度零散、速度比α值及磁场波动对多模注波互作用的影响

The beam-wave interaction of a designed Ka-band second harmonic gyroklystron amplifier is studied by using a self-consistent nonlinear simulation program.With the numerical simulation of the gyroklystron amplifier,the physical picture of the electron bunching in the second harmonic beam-wave interaction was presented and the effect of the different parameters(such as drift tube length and static magnetic field) on the electron efficiency was studied.The simulation result shows that the electron...

The beam-wave interaction of a designed Ka-band second harmonic gyroklystron amplifier is studied by using a self-consistent nonlinear simulation program.With the numerical simulation of the gyroklystron amplifier,the physical picture of the electron bunching in the second harmonic beam-wave interaction was presented and the effect of the different parameters(such as drift tube length and static magnetic field) on the electron efficiency was studied.The simulation result shows that the electron efficiency of the designed gyroklystron amplifier equals to 15.4% and the corresponding output power is about 161kW.

应用自行编制的电子注-波互作用的自洽非线性模拟程序,我们对Ka波段二次谐波回旋速调管放大器的注-波互作用进行了研究.通过对回旋速调管放大器的数值模拟,我们详细描述了二次谐波电子注-波互作用过程中电子群聚的物理图景;并研究了不同变化参数(漂移管长度和静磁场强度)对电子效率的影响.模拟结果表明:设计的二次谐波回旋速调管放大器的电子效率为15.4%,相应的输出功率约为161kW.

>=Starting from general transmission line equation with an electron beam, a self-consistent nonlinear simulation on third-harmonic complex cavity gyrotron with gradual transition is presented, in which some practical factors are taken into account. The interaction between the electron beam and H511-H521 RF field for third-harmonic gyrotron is simulated. The influences of the thickness and the velocity spread and the velocity ratio of the electron beam and the fluctuation of the magnetic field on the multi-modes...

>=Starting from general transmission line equation with an electron beam, a self-consistent nonlinear simulation on third-harmonic complex cavity gyrotron with gradual transition is presented, in which some practical factors are taken into account. The interaction between the electron beam and H511-H521 RF field for third-harmonic gyrotron is simulated. The influences of the thickness and the velocity spread and the velocity ratio of the electron beam and the fluctuation of the magnetic field on the multi-modes interaction with an electron beam are analyzed

本文利用含电流的传输线方程,在考虑了诸多实际因素影响的情况下,对三次谐波渐变复合腔回旋管进行了自洽非线性模拟,计算了H611-H521模式下三次谐波多模注波互作用,分析了电子注的厚度、速度零散、速度比α值及磁场波动对多模注波互作用的影响。

 
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