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Home > chinese-english > "空间电荷效应" in English

English translation for "空间电荷效应"

space charge effect
space-charge effect
spacechargeeffect


Related Translations:
空间电荷:  apace chargecharge spacespace chargespacecharge
电荷空间:  charge spaceisospace
电荷驱动:  charge drive/exchange/sharing/transfer/storage
电荷零点:  zero point charge zpc
零电荷:  zero charge
起始电荷:  initial charge
形式电荷:  formal charge
极化电荷:  polarization charge
原子电荷:  atomic charge
层电荷:  layer charge
Example Sentences:
1.Effects of the space charge forces and the beam halo in an avf cyclotron with intense beam currents
型?旋加速器中的空间电荷效应和束晕
2.By employing a 2 . 5d particle - in - cell code , which involves the space - charge - effect and the nonlinear beam - wave interaction , the microwave development process in rtto is simulated
利用考虑了空间电荷效应和束波非线性相互作用的2 . 5维pic粒子模拟程序,我们模拟了rtto中微波的产生。
3.When the current is larger , the space - charge - effect of the electron beam will greatly affect the microwave production . the frequency and mode of microwave will change and the output power will decrease obviously
电流较大时,电子束的空间电荷效应影响很大,微波频率和模式都会发生变化,输出微波功率显著降低, rtto不能正常工作。
4.Relativistic back wave oscillator ( rbwo ) with a coaxial structure has a big power capacity of system . with large radius electron beam to decrease the space charge effects without usage of high current , hence the rbwo can work well at a lower axial guide magnetic field
同轴返波管具有很大的功率容量,可以采用大半径电子注,在工作电流不变的情况下空间电荷效应大幅度降低,因而可工作在低磁场状态。
5.We consider the solid electron beam . the hot dispersion relation including the electron beam space charge effect is obtained in this paper , by series of propagating with using of the boundary condition and combining with the field matching method
考虑实心电子注,分区求出各区慢电磁波的场方程,然后利用边界条件,用严格的场匹配方法,经过一系列的推导得到了考虑空间电荷效应的“热”色散方程。
6.2 . to design an axial magnetic field . the cathode lies in 0 . 4 - 0 . 7 of peak value of the magnetic field and excursion channel in a uniform magnetic field to suppress space charge effects ; to design transition section between the gun and excursion channel in converse computation . 3
选择电子枪阴极处于轴向聚焦磁场峰值的0 . 4 - 0 . 7倍处;漂移通道(互作用区)位于均匀轴向聚焦磁场中,以抑制电子束的空间电荷效应;使用反算法设计电子枪和漂移通道之间的过渡区。
7.To make pic ( particl - in - cell ) simulations . to set up models of guns and magnetic field and simulate them in the vacuum and plasma , respectively . we found that plasma held back part of space charge effects and improved trajectory of electrons . but beam would oscillate and became instable as accretion of plasma density . by simulating again and again , we draw a conclusion magic could n ' t work when plasma density was more by far than beam electron density . at last a four - stage depressed collector was simulated
建立电子枪和聚焦系统模拟模型,分别在真空和填充等离子体条件下进行模拟。发现填充等离子体能补偿部分空间电荷效应,改善电子束包络轨迹,提高电子的流通率,但是随着等离子体密度的增大,束电子会出现振荡不稳定性,遗憾的是通过反复多次模拟发现本文所用粒子模拟的代表性软件magic无法用于模拟等离子体密度远高于束电子密度的情况。
8.One of effective ways of overcoming space charge effect is to fill plasma in high power wave apparatus , by the neutralization between plasma and space charge , the transfer current is going to be largely enhanced , thereby out - power is going to be largely increased . meantime , due to there are many fluctuating modes in plasma , so it is able to bring a new beam - wave interaction mechanism , by it people can invent some new type high power microwave apparatus
高功率微波装置中的电流密度很大,空间电荷效应强烈,影响了功率的提高,克服空间电荷效应的有效方法是在高功率微波器件中填充等离子体,由于等离子体对空间电荷的中和作用,传输电流会大大提高,从而大幅度提高输出功率,同时由于等离子体中存在多种波动模式,有可能带来新的注波互作用机制,发展新型的高功率微波器件。
9.The mode competition is much improved . it may operated with a large electron beam radius , that means decreasing the space charge effects compared with a smaller radius beam with the same current , hence the rbwo may operated with a low axial guide magnetic field . besides , the rbwo with a sinusoidal corrugated coaxial structure is very easy to manufacture
波纹内导体rbwo具有一些突出优点:同轴结构中内导体的存在使系统的截止频率显著升高,使得系统尺寸可比普通波纹波导慢波系统大;具有很大的抑制模式竞争的能力和很高的功率容量;可以采用大半径电子注,在工作电流不变的情况下空间电荷效应大幅度降低,因而可以工作在低磁场状态;此种慢波结构内导体上的波纹易于加工。
Similar Words:
"空间电荷限制二极管" English translation, "空间电荷限制管" English translation, "空间电荷限制区" English translation, "空间电荷像差" English translation, "空间电荷象差" English translation, "空间电荷云" English translation, "空间电荷栅极" English translation, "空间电荷栅极管" English translation, "空间电荷中和" English translation, "空间电流" English translation