1) self-pinching
自箍缩
1.
The ellipse shell, self-pinching and filament effect of the electron beams observed in pseudospark discharge were presented.
对赝火花放电实验中观察到的脉冲电子束的椭圆形束斑、自箍缩以及细丝效应进行了介绍,并用电磁动力学分析了其成因和影响因素。
2) self-pinch effect
自箍缩效应
1.
Based on the beam self-pinch effect, the mechanisms of the beam shape distortion have been analyzed by the theoretical calculation of the radial force of electron beam.
通过赝火花强流脉冲电子束对酸敏变色片和单晶硅的轰击试验,结合束流自箍缩效应进行理论计算,对赝火花脉冲电子束传输中束斑的变形进行了研究与分析。
3) pinch
[英][pɪntʃ] [美][pɪntʃ]
箍缩
1.
Research on two typical intense current self-pinching diodes
两种典型结构强流自箍缩二极管技术研究
4) X-pinch
X箍缩
1.
1 TW pulsed power generator(PPG-I)constructed for the research on X-pinch and Z-pinch was tested.
为了驱动X箍缩和Z箍缩负载,构建了由Marx发生器、脉冲形成线、V/N开关、脉冲传输线、负载组成的0。
5) Z-pinch
Z箍缩
1.
An approximate prediction of the radiation spectrum from Z-pinch plasmas;
Z箍缩等离子体X射线辐射能谱的一种估算
2.
Preliminary experiments of multi-wire Z-pinch on plasma opening switch;
等离子体断路开关装置上的多丝Z箍缩初步实验
3.
Analysis of the prepulse in a fast z-pinch device;
快速z箍缩装置的预脉冲分析
6) Z pinch
Z箍缩
1.
The gas puff is one of the main loads used in Z pinch research.
喷气负载是高功率Z箍缩的主要负载之一。
2.
It’s indicated that technology of high pulsed power Z pinch has vast application prospects in the realization of ultraintensive pulsed x ray simulator and ICF driver as a chief technological way Also are described the progress and the current status of simulators for pulsed x ray in China, and proposals for the future development of Z pinch technology.
文章简要介绍了利用强流脉冲电子束加速器模拟脉冲X射线的发展概况及国内脉冲X射线模拟源的发展现状 ,指出作为主要技术途径 ,高功率Z箍缩技术在实现超强脉冲X射线源和ICF驱动源上都有很重要的发展应用前景 ,并提出了今后工作设
3.
As the fundament of wire array Z pinch experiment, the design of the load is very important.
作为丝阵Z箍缩实验的基础,丝阵负载的设计具有重要意义。
补充资料：自调自净自度
【自调自净自度】
（术语）同自调项。
（术语）同自调项。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条