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.
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。
3.
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。
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.
Numerical Investigation of X-Band Dual Frequency High Power RBWO
X波段双频高功率返波振荡器的数值研究
6.
The Performance Calculation and the Experimental Research of the Printed Circuit BWO
印刷电路返波管的特性计算与实验研究
7.
Highly Precise Determination of Optical Material Parameters with Backward-wave Oscillator
基于返波振荡器的光学材料参数高精度测量
8.
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
9.
Particle Simulation and Experimental Study of the High-Power Narrow-Pulse Millimeter Wave BWO
高功率窄脉冲毫米波返波管粒子模拟与实验研究
10.
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；
11.
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
12.
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
13.
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
14.
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
15.
mean echo balance return loss
平均回波平衡返回损耗
16.
Central Bosnia Return Programme
中波斯尼亚回返方案
17.
As a result a reflected wave is sent back into the water, but this is a rare faction wave.
结果，向水中送回一个返射波，但这是一种稀疏波。
18.
He returns to the Czech capital following a two-year stint with Bordeaux.
他在效力了波尔多两年后,又返回了捷克首都.