1.
In this paper, thestudies on the high shunt impedance backward traveling wave electron linacaccelerating stature (BTW) are presented.
研究了返波型行波电子直线加速结构的工作特性；
2.
A Physical design method for BTW accelerators, includinglongitudinal and transversal particle dynamics, is given.
研究了带聚束段的返波型行波加速管的纵向与横向粒子动力学问题；
3.
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。
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.
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。
6.
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
7.
Simulation of Backward-Wave Oscillation in Helix Traveling Wave Tube under Permanent Periodic Magnetic Focusing
周期永磁场作用下的螺旋线行波管非线性返波振荡分析
8.
The wave is to reinforce itself after one round trip.
在一个往返行程之后，波浪加强了其自身的力量。
9.
Ultrasonic Motor's Characteristics in Vacuum
真空环境下行波型超声波电机的特性
10.
mean echo balance return loss
平均回波平衡返回损耗
11.
Central Bosnia Return Programme
中波斯尼亚回返方案
12.
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
13.
Model Simulation and Testing Research on Traveling Wave Type Ultrasonic Motor;
行波型超声波电机的模型仿真与试验研究
14.
A Simulation Study of the Effects of Ischemia on Spiral Waves in 2D Human Ventricular Tissue
二维人体心室心肌缺血模型中的折返波仿真研究
15.
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。
16.
Research on the Fundamental Technology of Multi Degree-Of-Freedom Traveling-Wave Type Ultrasonic Motor;
多自由度行波型超声波电机的基础研究
17.
Research on the Several Key Problems of the Traveling-Wave Type Ultrasonic Motor;
行波型超声波电机的若干关键问题研究
18.
Academic and Experimental Research on the Revolving Travelling Wave Ultrasonic Motor;
旋转型行波超声波马达的理论和实验研究