Today many radioisotopes are produced using the particle accelerator called a cyclotron. 今天许多放射性同位素是用被称为回旋加速器的粒子加速器来制造的。
The Large Hadron Collider, or LHC, near Geneva, Switzerland, is the worlds largest particle accelerator. Its used to smash together elementary particles the fundamental building blocks of our world and universe. 位于瑞士日内瓦附近的大型强子对撞机(LHC)是世界最大的粒子加速器,用于基本粒子(世界和宇宙的基本组成单元)的对撞。
The particle accelerator has done more in a few short hours than it did in nine days last year before it broke down. 在去年碰撞机出故障以前,粒子加速器所用的时间是九天,而现在,所用的时间少了几个小时,但是产生的效果更好。
The Illuminati used particle beam accelerator weapons in pulse form to blow it up as it neared Jupiter. 光明教派用粒子光束加速器武器,用脉冲能量将尼毕鲁在木星附近击毁。
And no particle accelerator yet exists that can attain the high energies needed to detect strings. 现在仍然没有任何粒子加速器能够达到检测弦理论所需的高能。
Teams using the giant Cern particle accelerator deep under the Swiss-French border say they've succeeded in storing anti-hydrogen atoms. 使用瑞士和法国边境地下Cern一台巨大的粒子加速器的研究团队称,他们成功地俘获反氢原子。
High above your head, a particle accelerator may be forming. 在高空中,可能会形成一个粒子加速器。
The Department of energy plans to use the powerful laser to drive a very compact particle accelerator via a process called laser wakefield acceleration, boosting electrons to high energies for use in colliders or for imaging or medical applications. 美国能源部计划利用这台高功率激光器,通过一种叫做激光尾波场加速的过程推动一个非常紧凑的粒子加速器以获得高能电子,将之用于对撞机、成像或医学应用。
She was a researcher at a particle accelerator, then moved to the telecommunication industry and relocated to Beijing in2004. 她曾是一位粒子加速器的研究员,之后转向了远程传输领域,并且搬到了北京。
They have cleverly adapted a particle accelerator, a van de Graaf accelerator, to accelerate small dust particles. 他们聪明的改造了一种范德格拉夫粒子加速器,来加速微小的尘埃颗粒。
Perhaps the new particle accelerator LHC at CERN in Geneva will unravel some of the mysteries that continue to puzzle us. 也许,新的粒子加速器中的复合体在日内瓦欧洲核子研究中心将揭开一些谜团,继续困扰我们。
The LHC's primary control center is used to monitor and run the particle accelerator. 在LHC的主要控制中心是用于监测和运行的粒子加速器。
The application of image acquisition and processing technology in measurement of beam profile on particle accelerator 图像采集及处理技术在粒子加速器束流剖面测量中的应用
The rate of Single Event Upset ( SEU) for space-based missions has been predicted by means of ground-based particle accelerator test and simulation calculation based on models of space radiation environment and the interaction of ions with the microelectronic device. 我们采用的方法是用地面重离子加速器模拟实验和计算机模拟空间辐射环境进行单粒子翻转率预估计算。
Reviews and Prospects for the Particle Accelerator 粒子加速器:回顾与展望
Finally, the influence of resonant Self-focusing on particle acceleration in beat wave accelerator also be discussed. 最后还讨论了共振自聚焦对拍频波加速器中粒子加速过程的影响。
High power Klystron is a kind of microwave amplification device which has high power, high gain and high efficiency and has been widely used in radar, communication, TV broadcast, particle accelerator and industrial microwave heating. 大功率速调管作为高功率,高增益和高效率微波放大器件,在雷达、通信、电视广播、粒子加速器和工业微波加热等方面获得了广泛的应用。
The LONG-COILS magnetic field measurements in particle accelerator dipole magnet 粒子加速器两极磁铁的长线圈测磁技术
Adaptive Integral-controller Particle Swarm Optimization Using Accelerator Feedback 基于加速度反馈的自适应积分控制微粒群算法
A comparision between our experimental results and the data of hydro-acoustic effect of charged particle beams generated by accelerator shows that the main experimental results from these two methods are consistent. 所得结果与加速器荷电粒子束水声效应实验数据进行比较,表明两者的主要实验结果一致。
The particle identification detectors in accelerator mass spectrometry 加速器质谱(AMS)测量中的粒子鉴别探测器
Design of accelerator cavity is very important for the performance enhancement of particle accelerator. 加速器高频腔的设计对提高粒子加速器的性能有着十分重要的意义。
Linear stability theory of transverse motion of charged particle in a strong-focusing accelerator 强聚焦加速器中带电粒子横向运动稳定性的线性理论
The particle identification techniques used in the accelerator mass spectrometry ( AMS) system based on the HI-13 tandem accelerator at China Institute of Atomic Energy have been introduced. 着重介绍中国原子能科学研究院的HI-13串列加速器质谱计装置的粒子鉴别技术。
During the last two decades, colliding-beam machines have become important in the field of particle physics, become the leading high energy accelerator and digging new particles is most from e+ e-collider. 近几十年来,对撞机在粒子物理领域中崭露头角,已经成为一种占主导地位的高能加速器,对新粒子的发掘大部分来自e~+e~-对撞机。