1.
A Kind of High Power Millimeter Microwave Device-Relativistic Backward-Wave Oscillators
一种高功率微波器件——相对论返波管
2.
Effects of slows wave structure parameters on linear growth rate of coaxial relativistic baorward-wave oscillator
慢波结构参数对同轴相对论返波管线性增长率的影响
3.
Experimental studies of relativistic backward wave oscillator(BWO) with a resonant reflector are presented.
阐述了带有反射腔的相对论返波管的初步实验研究进展。
4.
Investigations of a Compact L-band Coaxial Relativistic Backward Wave Oscillator;
紧凑型L波段同轴相对论返波振荡器的研究
5.
Particle simulation of relativistic backward wave oscillator with coaxial extractor
同轴引出电子束相对论返波振荡器的粒子模拟
6.
Influence of inner conductor on operation band selection in relativistic backward wave oscillator
内导体对相对论返波振荡器工作波段选择的影响
7.
Design of the relativistic backward wave oscillator with corrugated-inner-conductor coaxial SWS
低频段紧凑型波纹内导体同轴相对论返波振荡器的设计
8.
First,the present thesis gives theoretical investigations on the coaxial BWO using the linear fluid model.
首先,本论文采用线性理论模型研究了同轴相对论返波振荡器的相互作用过程。
9.
Phase measurement of S-band relativistic klystron amplifier
S波段相对论速调管放大器的相位测量
10.
Three-dimensional whole-tube simulation of C-band relativistic klystron amplifier
C波段相对论速调管放大器3维整管模拟研究
11.
Study on Basic Theory of Relativistic Traveling Wave Tube Filled with Plasma
等离子体填充相对论行波管的基础理论研究
12.
In the last part, the optimum designs of two millimeter wave BWO based on superradience mechanism are listed.
最后部分对基于超辐射机理的返波管进行了粒子模拟。
13.
These results may be useful in designing helices-BWT or TWT.
这些结果可用于螺旋线返波管或行波管的设计。
14.
The one of the distinguished advantage of the filter type slow wave circuit using in TWT is its property of suppression the BWO.
滤波性慢波线行波管的另一优点,是它的抑止返波振荡的性质。
15.
A GENERAL RELATIVISTIC SHOCK WAVE AROUND SUPERCONDUCTING COSMIC STRING
绕超导宇宙弦的广义相对论性冲击波
16.
The Inner Natural Relativity Property of Schredinger Wave Mechanics;
Schredinger波动力学的内禀相对论性
17.
Probability and Relative Frequency--Comment on Popper’s Interpretation for Probability;
概率与相对频率——评波普尔的概率理论
18.
This paper uses theory of correlation analytic method to detect and locate the leakage of oil conveying according to the negative press wave method.
主要依据负压波方法，应用相关分析法理论对输油管道进行泄漏检测和定位。