1.
Software Design of Heavy Ion Research Facility at Lanzhou Monitor System
兰州重离子加速器监测系统软件设计
2.
Heavy Ion Synchrotron and Cooler-Storage-Ring in Lanzhou
千兆电子伏重离子加速器——兰州冷却储存环
3.
Design of Database System of HIRFL-CSR Beam Line
重离子加速器束运线数据库系统设计优化
4.
Vacuum System of Heavy Ion Cancer Therapy Beam Line of HIRFL
兰州重离子加速器深层治癌束流线真空系统
5.
Most of the achievements are made at the HIRFL and RIBLL of IMP.
其主要成果是在兰州重离子加速器和放射性束流线上获得的。
6.
Research and Design of Scanning Power Supply for Deep Tumor Therapy Facility With Heavy Ions Accelerator in Lanzhou
兰州重离子加速器深层治癌扫描电源研究与设计
7.
HIRFL-CSR Runs into Operation
兰州重离子加速器冷却储存环全面优质建成并投入运行
8.
HIPAC (Heavy Iron Plasma Accelerator)
重离子等子体加速器
9.
repetitively pulsed plasma accelerator
重复脉冲等离子体加速器
10.
crossed-field accelerator
交叉场等离子体加速器
11.
PILAC (Pulsed Ion Linear Accelerator)
脉冲式离子线性加速器
12.
electrodeless plasma accelerator
无电极等离子体加速器
13.
Numerical Simulation of Electric Field and Ion Motion in Accelerator
加速器内电场和离子运动的数值模拟
14.
double-mode cyclotro
双重加速法回旋加速器
15.
A COMPARISON BETWEEN AN ION-CYCLOTRON RESONANCE MODEL FOR HEATING AND ACCELERATION OF THE SOLAR WIND AND THE OBSERVAIONS ON THE SOLAR POLAR CORONA HOLE BY UVCS ON SOHO
回旋波共振加热加速的多重离子流体模型
16.
an accelerator in which high-energy ions escape from plasma following charge exchange.
高能量离子从等离子区逃离进行电荷交换的加速器。
17.
In a plasma accelerator, the role of the accelerating structure is played by the plasma, an ionized gas.
在电浆加速器里，加速结构的角色是由电浆（种离子化的气体）扮演。
18.
separated function type synchrotro
分离酌式同步加速器