加速管

HI-13串列加速器加速管技术改造

Up-grading of Accelerating Tube on HI-13 Tandem Accelerator

14MeV医用驻波加速管的微波调试

Microwave measurement and adjustment on 14 MeV standing wave guide for medical accelerator

C波段全密封加速管研制

The development for C band whole sealed vacuum accelerating tube R

X波段加速管中高阶模电场分布的测试

Higher Order Mode Measurements in a X-Band Accelerating Structure

Lie代数方法及其在静电加速管像差分析中的应用&三级近似非线型三原子分子势能面的Lie代数方法

Nonlinear optics of the electrostatic accelerator tubes-third order Lie map Dynamical Lie Algebra Method for Nonlinear Triatomic Molecule Potential Energy Surface

2m加速管冷却系统的数值模拟和优化设计

Numerical simulation and optimization of cooling system for 2 m accelerating tube

250keV高气压Pierce型高梯度加速管的设计与试验

Design and tests of a pressured pierce type high gradient accelerating tube of 250 keV

介绍了一种用于测试X波段加速管中高阶模电场分布的笼子式微扰体的研制与标定。

A metallic cage made by sputtering silver film onto a thin nylon thread through a specially designed fixture is used as perturbing object to measure the higher modes in a Xband accelerating structure .

在ISC中宜使用较短的加速管。

Secondly , it is better to apply a short accelerating pipe to the concentrator .

在模拟计算程序LINE-ACC/PC基础上，结合单一搜索方法和非线性最小二乘算法编程，实现一个X波段2MeV行波加速管的物理设计。

A computer program is rewritten based on LINE-ACC / PC and combined simplex searching method and nonlinear least-squares algorithms in order to accomplish physical design of an X-band 2 MeV traveling wave ( TW ) electron linac accelerator tube .

自动频率控制（AFC）系统用于调节微波功率源输出的微波频率，使之与加速管的固有谐振频率匹配。

Automatic frequency control ( AFC ) system is used to adjust the frequency of microwave power source to match the inherent frequency of acceleratory tube .

医用电子加速器因波导传输系统中陶瓷破裂，F12漏入加速管内引起污染，内表面出现铜绿。

As the ceramic window of the waveguide transmission system of a medical electron accelerator cracked and F 12 ;

研究了离子加速管的封装工艺，研制的加速管真空度为6×10~（-5）Pa，平行度为0.1mm，相邻电极之间耐压均达到18kV／cm以上；

The assembling and sealing technological process of ion accelerating tube is studied . The vacuum of the debugged tube is 6 × 10 ~ ( - 5 ) Pa ;

医用驻波电子直线加速器中磁控管的谐振频率fM和加速管的固有频率fo之差Δf对加速器的主要物理指标，如射线能量，剂量率及其稳定性等起着直接的影响。

The frequency difference , Δ f , between the resonant frequency , f_Moof magnetron and the proper frequency of accelerating tube influences directly the main physics indexes such as X-ray energy and dose rate of the medical standing wave linear electron accelerator .

设计和建造了一根750kV大气型高梯度加速管。

A open structure high gradient accelerating tube was designed and constructed .

为了降低500mA直流高压加速管高梯度区的电位梯度，对加速管轴向绝缘结构进行优化设计。

Axial insulation structure was optimized to reduce potential gradient in DC high-voltage accelerating tubes of 500 mA .

介绍了为25MV静电加速器研制的加速管的结构特点和性能测试结果。

The paper presents the structure characteristics and performances of the accelerating tube for J 2.5 MV electrostatic accelerator .

采用蔗糖水溶液作为试验溶液，通过改变空气进口温度、液气质量流量之比、液滴加速管的长度等对撞击流浓缩器（ISC）的蒸发能力进行了研究。

Sugar cane solution is used as a trial solution in experiment . An evaporative capacity of impinging-stream concentrator is studied by changing inlet air temperature , and the ratio of inlet sugar solution flow rate to inlet gas flow rate and the length of accelerating pipe .

本设备由以下系统组成：注入系统，有溅射离子源及不对称三电极加速管，能量50keV，流强4mA（N~+）；

Described is an equipment consisting of several systems as follows : an ion system , having a sputtering ion source and an asymmetric three electrode acceleration tube , operated at 50 keV with a beam current up to 4 mA ( for N + );

强流离子注入机加速管的聚焦特性研究

Study on focusing characteristic of acceleration tube in high current implanter

驻波加速管中的电子反轰现象

The electron back bombardment phenomenon in the standing wave accelerating tubes

耦合腔链等效电路模型计算加速管场分布

Calculating Field Distribution of a Linear Accelerator Using Equivalent Circuit Model

应用此方法可以有效缩短加速管的优化设计时间。

The time of designing accelerator tube can effectively be shortened .

低反轰高梯度驻波加速管的研究

Investigations of low back bombardment high gradient standing wave linear accelerators

磁控管与加速管的常见问题及日常维护

The common problems and routine maintenace of magnetron and accelerating tube

低功率加速管冷却系统的数值仿真设计

Numerical simulation and design of cooling system for low-power accelerating tube

直流高压加速管轴向绝缘的优化设计

Optimization design of axial dielectric of DC high - voltage accelerating tube

半导体离子注入用离子束加速管的聚焦特性

The focusing characteristic of ion beam accelerating tube in semiconductor

X-波段轴耦合驻波电子直线加速管物理设计与研究

Physical design and Study on X band SW on axis electron linac

加速管中离子运动轨迹的计算

The calculation of the ion trajectory in an accelerating tube