对撞机

建造大型强子对撞机是为了探索全新的粒子，并改变我们对物理学的认知。

The Large Hadron Collider was built to discover brand new particles – and transform our understanding of physics .

“物理学中有一些我们无法回答的重大问题。希望随着大型强子对撞机不断取得发现，或许我们可以进一步理解这些重大的物理学问题。”

There are these big questions in physics that we don 't have the answers to . And the hope would be , as the LHC ( Large Hadron Collider ) continues to make discoveries , maybe we could shed some light on those big questions of physics .

线性对撞机上R宇称破缺超对称效应研究

Study the effects of R-parity violating supersymmetry at linear colliders

味改变标量耦合与强子对撞机上的tγ（Z）产生

Flavor Changing Scalar Couplings and t γ( Z ) Production in Hadron Collider

本文介绍利用北京正负电子对撞机同步辐射软X射线光刻装置进行亚微米X射线光刻技术和深结构光刻的实验研究。

Experimental investigations on soft x ^ ray lithography technology using synchrotron radiation x-ray lithography apparatus of BEPC is presented in this paper .

Top介子与HERA和THERA对撞机上的单顶夸克产生

Top-Pions and Single top Production at the HERA and THERA Colliders

eγ对撞机上Top-pion介子产生的研究

The Study of Top-pions Production at the e γ Colliders

对探测电子正电子对撞机中的top夸克产生和衰变过程中，top夸克质量阈值附近的CP破坏效应的实验可行性进行了探讨。

Experimental feasibility of detecting CP violation effects in top quark production and decays in positron and electron collider near the threshold region of top quark mass is surveyed .

北京正负电子对撞机电磁Wiggler专用计算机控制系统

The computer control system of the electromagnetic wiggler at BEPC

HERA质子-电子对撞机电子环磁铁的磁场测量

Magnetic field measurement on the electron-ring magnets of HERA Proton-Electron Collider

所得诸结果与ISR质子-质子对撞机等的结果和某些理论模型结果进行了比较。

All results are compared with other works and with some theoretical models .

本文介绍了BEPC工程（北京正负电子对撞机）同步辐射X射线光刻光束线真空系统设计。

This paper describes the design of a vacuum system for the X-ray lithograph beam line of Beijing Electron Positron Colliding Device .

在北京正负电子对撞机上开展的BES实验，抓住机遇，作出了贡献。

The BES experiment at BEPC electron-positron collider has seized the opportunity and made its remarkable contribution .

LH模型与高能e~+e~-对撞机上ZH的产生

Littlest Higgs Model and Associated ZH Production at High Energy e ~ + e ~ - Collider

所以，对于LHC对撞机上背景非常干净的PP（γγ→tt）pp过程而言，电弱修正效应是不能忽略的。

Therefore , the background for the LHC collider is very clean pp (γγ→ tt ) ppprocess , The electroweak correction effect can not be ignored .

北京正负电子对撞机重大改造工程（简称BEPCⅡ）是国家重大科学工程项目。

The reconstruction of Beijing Electron Positron Collider ( BEPCII ) is a great national scientific project .

北京正负电子对撞机（BEPC）正电子源的优化

Optimization of BEPC positron source

在北京正负电子对撞机直线加速器实验束上进行了BESⅢ飞行时间计数器1：1模型的束流测试。

A 1:1 module of time of flight counter of BES ⅲ is measured with the test beam of BEPC .

CERN原计划关闭大型强子对撞机两年，来进行维护工作。

CERN had been planning to shut down its atom-smasher for two years for maintenance work .

许多超出标准模型的新物理理论预言了非普适规范玻色子Z′的存在，这种新粒子可在高能对撞机实验中产生可观测的物理迹象。

Many new physics theories beyond the standard model predict the existence of the non-universal gauge boson Z ′, which can produce characteristic signatures at the present or future collider experiments .

文章给出了北京正负电子对撞机二期工程（BEPCⅡ）未来预注入器中571.2MHz次谐波聚束腔结构的物理设计步骤和方法。

The paper concerns in the physical design method of 571.2 MHz sub - ( harmonic ) buncher .

本文介绍了国家重点工程&北京正负电子对撞机北京谱仪BESⅢ慢控制系统中供气系统、安全联锁系统的方案设计。

The article gives a detailed introduction to the design of Gas and Security Interlock System of BES ⅲ Slow Control .

为什么SheldonCooper博士要去瑞士参观欧洲核子研究中心的超级对撞机：幻灯片作者SheldonCooper博士。

Why Sheldon Cooper PhD should go to Switzerland to see the CERN supercollider : A PowerPoint presentation by Sheldon Cooper , PhD .

因此，LHC在某种程度上被认为是一个高能的光子-光子或质子-质子对撞机。

Hence , the LHC can to some extend be considered as a high-energy photon-photon or photon-proton collider .

本文叙述了西德HERA质子-电子对撞机电子储存环电磁铁的磁场测量。

The magnetic field measurement on the electron storage ring of HERA Proton-Electron Collider in Germany is described .

美联社报道，大型强子对撞机（LHC）将于今年夏季正式启动。

According to AP , the Large Hadron Collider ( LHC ), is expected to begin operations this summer .

概括了同步光束流测量的特点，简单描述了北京正负电子对撞机（BEPC）现有同步光束流测量系统。

This paper generalizes the properties of a synchrotron light measurement system and describes the present measurement system for BEPC .

低温传输管线是北京正负电子对撞机重大升级改造（BEPCⅡ）中低温系统的关键设备之一。

The cryogenic transfer lines are main facilities in the cryogenic system of Beijing Electron-Positron Collider Upgrade ( BEPC ⅱ) .

北京正负电子对撞机（BEPC）是用于高能物理研究的国家重点实验室。

Beijing Electron Positron Collider ( BEPC ) is the State Key lab of our country in high physics research .

其次，我们研究了在将来的ep（THERA）对撞机上，通过ep→eb→veT过程探测类矢量顶夸T的可能性。

Second , we study single production of vector-like top quark via the process ep → eb → v_eT in the future linac-ring type ep ( THERA ) collider .