1)beam transport束流输运
1.Design of beam transport system for "SL-I" LIA;“神龙-I”直线感应加速器束流输运系统设计
2.The development of beam transport system of "Dragon- I " linear induction accelerator(LIA) and the achievements are introduced in this paper.文章系统介绍了“神龙一号”直线感应加速器束流输运系统的研制过程和取得的成果,重点阐述了螺线管线圈、二极校正线圈、多功能腔等关键单元部件的设计、传输元件的磁轴测量和准直安装、束线的总体布局、束流调试等研究内容。
2)beam transfer line束流输运线
1.The Hefei Light Source(HLS) is composed of 800 MeV electron storage ring,200 MeV linac and beam transfer line,whose linear optical characteristics is one of the key factors determining the beam transfer efficiency and beam injection efficiency.合肥光源由800 MeV电子储存环、200 MeV直线加速器和束流输运线组成。
3)RF power system强流束输运
4)regular beam transport network规则的束流输运网络
5)hybrid kind of beam transport network混合束流输运网络
6)beam transport束输运
1.This paper des cribes the schematic and testing way of the beam transport for the 10MeV Linear Induction Accelerator(LIA)and analyzes the effect of the beam transverse motions on transporting of beams.介绍了10MeV直线感应加速器(LIA)束输运系统布局及实验的调试规律。
英文短句/例句
1.Application of einzel lens in low-energy high-current ion beam transport静电单透镜在低能强流离子束输运中的应用
2.The Study of the Shortest Paths in Transportation Network Under Time Constraint;时间约束下的运输网络最短路径研究
3.Study on Stochastic Chance-Constraint Programming for a Production and Transportation Problem随机机会约束规划生产运输问题分析
4.Model of Transportation and its Application with Freight Adjustment Budget Limitation;调整运价预算约束下的运输问题模型与应用
5.By what time was the age of railway generally over?铁路运输的黄金时代是什么时候结束的呢?
6.Trip speed measurement model of transportation mode under economic restraint condition;经济性约束下的运输方式出行速度计量模型
7.Pareto Optimization Tactic in Supply Chain with Constraint of the Flexibility of Delivery Capacity;运输能力柔性约束的供应链Pareto优化策略
8.An Algorism of Transportation Problems with Time Constraints;受时间约束的运输问题求解的一种算法
9.Scheduling with Machine Has Non-availability Constraint and Jobs Has Delivery Times机器带不可用约束和任务带运输时间的排序
10.SOLUTION FOR A CENERALIZED TRANSPO-RTATION PROBLEM WITH TIME CONSTRAINT一类受时间约束的广义运输问题的求解
11.input/output record end flag输入输出记录结束标志
12.input/output program end flag输入输出程序结束标志
13.The Transportation Problem with Supply Amount Specified and Demand Interval Constraint--Models and Algorithms for Optimization on Time Limit and Cost;供给总量限定需求区间约束型运输问题——时限费用优化模型与算法
14.Study on Chance-Constrained Programming Model of Resource Distribution and Convey in Stochastic Environments;随机环境下资源分配与运输问题的机会约束规划模型研究
15.The Application of Row/Column Elimination Method on Contatiner Loading in Import/Export Trade;“行/列约束法”在外贸进出口货柜运输业务上的应用
16.Experimental Investigations on the Transport in a Steady-state Toroidal Plasmas稳态磁约束环等离子体输运相关问题的实验研究
17.An Algorithm for the Minimum Cost Max-flow with Limited Flow Between Two Notes in the Traffic and Transportation Network交通运输网络中两个结点间有流量约束的最小费用最大流算法
18.Two parallel machines scheduling with one availability constraint and jobs with delivery times带运输时间和一个不可用约束的两台平行机排序
相关短句/例句
beam transfer line束流输运线
1.The Hefei Light Source(HLS) is composed of 800 MeV electron storage ring,200 MeV linac and beam transfer line,whose linear optical characteristics is one of the key factors determining the beam transfer efficiency and beam injection efficiency.合肥光源由800 MeV电子储存环、200 MeV直线加速器和束流输运线组成。
3)RF power system强流束输运
4)regular beam transport network规则的束流输运网络
5)hybrid kind of beam transport network混合束流输运网络
6)beam transport束输运
1.This paper des cribes the schematic and testing way of the beam transport for the 10MeV Linear Induction Accelerator(LIA)and analyzes the effect of the beam transverse motions on transporting of beams.介绍了10MeV直线感应加速器(LIA)束输运系统布局及实验的调试规律。
延伸阅读
束流输运系统 在加速器和靶之间设置的一系列粒子传输元件的组合。广义的,可以把从粒子发射装置和靶之间的所有元件统称为束流输运系统。 传输元件 最常用的传输元件有二极磁铁,开关磁铁,四极电磁透镜,六极、八极等多极磁铁,螺线管,聚束器,能散调节器等。有的束流输运系统还配置有粒子分离器、束流导向器、束流准直器或光阑、冲击磁铁、扭曲磁铁、切割磁铁、聚束磁铁以及废流收集器等专用传输元件。通常,这些元件按照其对粒子运动的作用,可以分为三大类。①横向聚焦元件,如四极透镜和螺线管等;②纵向变换元件,如聚束器和能散调节器等;③偏转元件,如二极磁铁、静电偏转器和高频扫描偏转器等。这些传输元件的组合,不仅可实现束流的传输,还能根据需要改变束流的性能和参量,如束流几何形状、脉冲宽度、发散度匹配、能量分辨率以及时间结构等。 二极磁铁 即偏转磁铁。在其磁场的作用下,束流中心轨道被偏转成圆弧形,如图1所示。 假设中心轨道(半径R)的磁场为B0,则在中央平面上任一点r=R+x处的场为 式中为场指数。带电粒子在这种场中的运动满足克斯特-塞贝尔(Kerst-Serber)方程: 式中k婌=(1-n)/R2,k婍=n/R2。当0