1.
large electron positron storage ring
大型电子正电子对撞机
2.
(Remarks made while inspecting the electron-positron collider in Beijing.)
（这是邓小平同志视察北京正负电子对撞机工程时的讲话。）
3.
The engineering of the electron-positron collider that we have completed also ranks among the world's most advanced technologies.
我们的正负电子对撞机工程在全世界也是居于前列的。
4.
As for the electron-positron collider, first I want to tell you a story.
说起我们这个正负电子对撞机工程，我先讲个故事。
5.
Beijing Spectrometer (BES) is an experimental facility of high energy physics on Beijing Electron Positron Collider (BEPC) .
北京谱仪是北京正负电子对撞机上的高能物理实验装置。
6.
Research on Structure Design and Finite Element Analysis of the Vacuum Chamber for the Electron Positron Collider s Storage Ring;
正负电子对撞机储存环真空室结构设计与有限元研究
7.
Calculation of Gas Bremsstrahlung for Defense the BEPCII;
北京正负电子对撞机气体轫致辐射的计算与防护
8.
Study of the Beam Pipe and Its Thermal Controlling System in Beijing Electron Positron Collider;
北京正负电子对撞机束流管及其热控制系统研究
9.
The Large-scale Scientific Facility and the National Goal:A Case Study on BEPC
国家目标引导下的大科学工程——以北京正负电子对撞机为例
10.
Search for charged Higgs boson at hadron colliders;
强子对撞机上荷电Higgs玻色子的研究
11.
A conventional linear collider accelerates its particles with an electric field that moves along in synchrony with the particles.
一般的直线对撞机是利用与电子运动同步的电场来进行加速。
12.
Single Higgs Boson Signal at Next Generation Linear Photon Collider;
光子对撞机中单个Higgs粒子的产生信号
13.
proton electron positron colliding beams
质子 电子 正电子碰撞束
14.
Tries to analyze in the large-scale hadron collider experiment the hadron to clash.Possibly produces material particle
试析大型强子对撞机实验中的强子对撞可能产生的物质微粒
15.
The Study of Top-pions Production at the eγ Colliders
eγ对撞机上Top-pion介子产生的研究
16.
Testing Electroweak Symmetry Breaking Mechanism on High Energy Colliders;
高能对撞机上探索电弱破缺机制的理论研究
17.
The Effects of Polarization to Squark Pair Production Via γγ Collisions
光子对撞机上超对称夸克对产生的极化效应
18.
The Production of the Top-pions Associated with Top Quark At Hadron Colliders
强子对撞机上top-pion介子与t夸克的关联产生