Optimum design for 12mev linear induction accelerator diode 直線感應(yīng)加速器二極管優(yōu)化設(shè)計(jì)研究
The bpm system that widely used in linear induction accelerator ( lia ) is beam bugs and b - dot 在直線感應(yīng)加速器中,廣泛使用的束位置測量裝置( bpm )有壁電流探測器(電阻環(huán))和磁探針( b - dot ) 。
As for high - energy linear induction accelerator , miniaturizing pulse - forming line ( pfl ) is helpful to minify the size of the massive pulsed power system . at the same time , wealth and space could be economized 同時(shí)脈沖形成線小型化對(duì)于一臺(tái)大型直線感應(yīng)加速器來說,不僅有利于減小其龐大的脈沖功率系統(tǒng),而且節(jié)省了大量的財(cái)力資源和空間體積。
In view of the high demand on the coaxial tolerance of linear induction accelerator in centering assembling and considering the interaction among flange , bolts and gasket , finite element analysis was adopted and a 3 - d finite element model of accelerator in centering assembling with bolted - flange connection was built 摘要針對(duì)直線感應(yīng)加速器對(duì)中裝配同軸度要求高的特點(diǎn),考慮法蘭、螺栓和密封墊相互作用,建立了加速器對(duì)中裝配法蘭螺栓聯(lián)接的三維有限元模型,分析了螺栓預(yù)緊力對(duì)加速器對(duì)中裝配時(shí)同軸度的影響作用。