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heavy ion facility 重离子设备
Abstract： Coler Storage Ring of Heavy Ion Research Facility in Lanzhou (HIRFL-CSR) belongs to China great scientific project in China. 摘要：中国科学院近代物理研究所的国家＂九五＂重大科学工程项目，兰州重离子加速器冷却储存环（简称HIRFL-CSR）的准直安装，要安装的元件数量多、范围广、并且精度要求高。
Based on the specialities of the Heavy Ion Research Facility in Lanzhou(HIRFL),some suggestions on the TPS for tumor therapy at HIRFL finally are given. 在此基础上,针对兰州重离子加速器的特点提出一些关于治疗计划系统方面的构想。
The Heavy Ion Research Facility of Lanzhou (HIRFL) consists of ion sources, injector Sector Focusing Cyclotron (SFC) and main accelerator Separated Sector Cyclotron (SSC). 兰州重离子研究装置(HIRFL)是由离子源,注入器(扇聚焦回旋加速器,SFC)和主加速器(分离扇回旋加速器,SSC)组成的。
Based on the specialities of the Heavy Ion Research Facility in Lanzhou (HIRFL), some suggestions on the TPS for tumor therapy at HIRFL finally are given. 在此基础上，针对兰州重离子加速器的特点提出一些关于治疗计划系统方面的构想。
In order to transport heavy ion beamdirectly(not through the main accelerator(SSC))to experimental terminals from an injector(SFC),a short cut tube svstem was recently built at Heavy Ion Research Facility in Lanzhou(HIRFL). 为使重离子束从注入器（SFC）不经主加速器（SSC）直接传输到实验终端。
In recent years,the Lanzou-Beijing-Giessen collaboration has studied the heavy ion reactions which are lead to the formation of super-heavy nuclei. 简单介绍了兰州-北京-吉森合作组对合成超重核的重离子反应进行的初步研究。
The Alice experiment is designed to study heavy ion collisions, when heavy ion beams will be injected into the LHC. LHCb则是专门用于研究LHC能区的B物理。
Because heavy ion has the characters of high-LET value and sharp Bragg peak for dose distribution. 因为重离子具有高传能线密度(LET)及剂量分布呈尖布喇格峰的特点。
Research Interest : Relativistic Heavy Ion Collisions, Quark Nuclear Physics, Vector Meson Photo-procuction. 研究兴趣：相对论性重离子对撞、夸克核物理、向量介子光致反应。
The space-time development of the energy density in relativistic heavy ion collisions is analyzed based on Monte Carlo code ODIN. 基于Monte Carlo模型“ODIN”分析了相对论重离子碰撞中能量密度的时空发展.
The top plot depicts the low-energy plasma of solar wind origin, and the bottom plot shows heavy ion intensities associated with the planet. 顶部情节描写低能离子的太阳风的原产地，以及底部图谋表明重离子强度与星球。
In recent years, the Lanzou-Beijing-Giessen collaboration has studied the heavy ion reactions which are lead to the formation of super-heavy nuclei. 摘要简单介绍了兰州-北京-吉森合作组对合成超重核的重离子反应进行的初步研究。
Applications include the electron cooling of ion beams in storage rings and the final deceleration of antiprotons and heavy ion beams in traps. 应用包括在存储环和反质子和在陷阱的沉重的离子束的最后的减速里的电子离子束的冷却。
Radiation damage in W has been studied as a function of irradiation dose by heavy ion simulation and positron annihilation lifetime measurement. 采用重离子辐照模拟方法和正电子湮没寿命测量技术研究了钨辐射损伤随辐照剂量的变化。
The isospin fractionation in intermediate energy heavy ion collisions is studied by using isospin dependence quantum molecular dynamics model. 利用同位旋相关的量子分子动力学模型研究了中能重离子碰撞中同位旋分馏过程。
From the results of experiment, it is found that a strong HBT correlation feature exists at the high energy heavy ion collisions. 由实验结果我们发现,高能核作用中,的确存在强HBT关联特征,并分别求出强子HBT关联发射源的大小。
In cooling storage ring heavy ion beam is plasma of high density.When a big power laser interacted on it, it will get ultra-high temperature. 摘要重离子冷却存储环中的束流是高密度的等离子体，这样的束流照射物体将得到超高压强。
A test of this prediction comes from the Relativistic Heavy Ion Collider (RHIC) at Brookhaven National Laboratory, which has been colliding gold nuclei at very high energies. 这项预测可以由位于美国布鲁克海文国家实验室中，相对论性重离子对撞机（RHIC）所做的实验来检验，RHIC可将很高能量的金原子核撞在一起。
It is important to measure meson productions in heavy ion collisions in order to understand the dynamics of heavy ion reactions and the properties of nuclear matter. 摘要重离子反应中介子产生的观测对于认识重离子反应动力学和核物质性质具有重要的意义。