1) single-mode microwave
微波单模腔
2) single-ga PRF cavity
单间隙微波腔
1.
Based on the self-consistent equations,the single-ga PRF cavity is one-dimensionally studied,the curves of microwave field versus time are given for different beam currents.
以单间隙微波腔为研究对象,将电子束作为激励源,根据Maxwell方程和电子受到的洛沦兹力,建立微波腔在电子束作用下的激励方程和电子束在微波场作用下的运动方程(即微波谐振腔中电子束同微波场相互作用的自洽方程组),由此进一步研究一维情况下束波互作用的非稳态作用过程,在理论上给出:当工作电流远大于起振电流时,微波腔在非稳态过程中产生很强的窄脉冲辐射。
3) RF cavity
微波腔
1.
Investigation of nonlinear self-consistent interaction progress between microwave and electron beam in RF cavity;
任意时间分布电子束与单间隙微波腔的非线性自洽过程研究
2.
Particle simulation and optimization design of X-band quasi-periodic RF cavity for high power microwave source;
X波段类周期加载微波腔的优化设计和粒子模拟
3.
Investigation of quasi-periodic RF cavity for high power microwave source;
X波段准周期加载微波腔研究
4) microwave cavity
微波腔
1.
Preliminary study of wave-chaotic scattering in microwave cavity
微波腔内波混沌散射的初步研究
2.
We have modified the structure of slotted tube microwave cavity to improve S/N of rubidium frequency standard.
为了提高铷原子频标的信噪比,对开槽管腔结构进行了改进,利用改进后的微波腔,研制出物理系统,与已有电路进行了联试,实现了频率锁定。
3.
In this article,we introduced a kind of high cavity-Q TE_(011) model microwave cavity,which can be used in the Space-Qualified RAFS.
本文介绍了一种应用于星载铷钟的高Q值的TEO11模式微波腔。
6) single-mode microwave-hydrothermal synthesis
单模微波水热法
补充资料：腔内微波治疗
腔内微波治疗
intra luminal microwave treatment
微波电极置于有袋尿管内，将尿管固定于前列腺部尿道内，局部温度维持在43°C，放置3h，可用于前列腺增生疾病的治疗。
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