high-energy physics

Research and implementation of high-energy physics and related subject database

高能物理与相关学科数据库建设研究与实现

These chips have been used in many high-energy physics experiments .

目前这种芯片已经被安装在很多的高能物理的实验器中。

The factory has made many key facilities for high-energy physics research and experiments .

我厂先后为高能物理的研究实验，研制和制造了很多关键设备。

With further research , Modern High-energy physics experiments required precise and stable clock signal .

在大型现代高能物理实验中，随着研究目标的深入，对时钟信号的精度和稳定性提出了更高的要求。

Trends and frontier of high-energy physics in a new era of scientific discovery

科学发现新时期的高能物理研究前沿与发展趋势

Meanwhile , with the continuous development of the new technology , the high-resolution detection has important significance for high-energy physics experiment .

同时随着新技术的不断发展，高分辨率的探测对于高能物理实验具有重要的意义。

High-energy physics is a scientific discipline .

高能物理是一门科学学科。

Scientific database is the most integrated scientific information service system in China , thereinto high-energy physics and related subjects are necessary .

科学数据库是国内综合性最强的科学信息服务系统，高能物理与相关学科是科学数据库中不可分割的一部分。

The high-energy physics experiments need to determine a signal generation time , this work is mainly done by the timing discriminator .

高能物理实验中需要确定一个信号的产生时间，这个工作主要由定时甄别器来完成。

But if you are going into astronomy or high-energy physics , now , experiments are very big with lots of people .

但是，如果你正在进入天文学或高能物理，现在，实验是非常大，有很多的人。

The mathematics of the theory has not yet been rigorously proved , but it seems useful in analyzing a recent experimental high-energy physics result .

这种理论的数学还不是很严谨，但是它似乎可以用来分析最近的一项高能实验结果。

The key technology of stratospheric airship photoelectric telescope deal with material , control technology , energy sources , high-energy physics , optics , etc.

在此基础上提出平流层飞艇光电望远镜发展需突破的关键技术，涉及材料、控制、能源、高能物理、光学技术等方面。

He is recognised as the leading character in the field of High-energy Physics and his achievements , so far , remain second to none .

他是高能物理界首屈一指的顶级科学家，在这个领域的研究至今无人能出其右。（沈阳外语培训）

The article analyses contemporary America sociologist Andrew Pickering 's work of social study on the history of High-Energy Physics ( HEP ) during 1960-1970 's.

文章分析了当代美国科学社会学家安德鲁.皮克林（AndrewPickering）对二十世纪六、七十年代高能物理学史所作的社会学研究。

High-precision measurement of time have played an indispensable role in everyday life , industrial production , construction of high-energy physics experiments , and aerospace and national defense constructions .

高精度的时间测量在日常生活中、工业生产中、高能物理实验中以及航天航空等国防建设中都发挥着不可或缺的作用。

Bi_4Ge_3O_ ( 12 ) ( BGO ) crystal is an excellent scintillator for applications in high-energy physics , geophysical exploration and medical imaging .

其中，Bi4Ge3O12（BGO）是一种优良的闪烁晶体，广泛应用于高能物理、地质勘察和医疗成像等领域；

These problems are usually about strongly correlated quantum many-body sys-tems which play a fundamental role in condensed matter physics , material science , high-energy physics or quantum chemistry .

典型的问题是一些有趣的量子多体强关联系统，它们在众多领域扮演着重要的角色，包括凝聚态物理、材料科学、高能物理和量子化学。

These problems contain the underlying mechanisms of high-temperature superconductivity , quantum magnetism , dynamical evolutions of quantum many-body systems and some models relevant in high-energy physics .

这些问题包括对高温超导机制的理解、量子磁性问题、量子多体系统的动力学演化和一些与高能物理相关的问题。

Many renowned highenergy physicists in the world said that the success of Beijing electron-positron collider was a great progress in scientific development of China and also a milestone in the development of high-energy physics .

许多在世界上享有盛誉的高能物理学家说，北京正负电子对撞机对撞成功是中国科学发展的伟大进步，是高能物理发展的一个里程碑。

Virtual instrument technology , which shares the advantages of visual effect , briefness , multiple functions and easy matching with other experimental instruments , is used a lot in applications of high-energy physics and nuclear physics experiment .

虚拟仪器技术在高能物理与核物理实验中有着广泛的应用，其具有直观简便、功能强大以及与各个实验仪器良好匹配等优点。

As a new computing paradigm , data-intensive super computing ( DISC ) plays an important role in the field of high-energy physics , biology information technology , astronomy , meteorology , earthquake prediction and commercial computing .

数据密集型超级计算作为一种新兴的计算模式，在高能物理、生物信息技术、天文计算、地震预报以及商业计算等数据密集型应用领域发挥着极其重要的作用。

To increase the performance of bulk data transfer mission with ultra-long TCP ( transmission control protocol ) connection in high-energy physics experiments , a series of experiments were conducted to explore the way to enhance the transmission efficiency .

为了研究在高能物理试验中使用超长TCP连接进行数据传输的最佳效率，分别在IPv4和IPv6网络协议上进行了一系列的试验寻求优化方法。

Superconductor material has some very special properties , with the emergence and development of high temperature superconductor materials , which has wide application prospect in electric power , electronics , medical , transportation , high-energy physics and other fields .

超导材料具有一些十分独特的性质，随着高温超导材料的出现和发展，其在电力、电子、医疗、交通运输、高能物理等诸多领域具有广泛的应用前景。

In the latest years , x-ray imaging technology has developed fast in order to meet the need of x-ray photo-etching , spatial exploration technology , high-energy physics , procedure diagnosis of inertial confinement fusion ( ICF ) etc.

近年来，由于X射线光刻技术，空间技术，以及激光引爆的惯性约束聚变（ICF）的过程诊断等的需求，X射线成像技术迅速发展。

This approach develops Turner 's target field method and can generate all kinds of z-axis specified field in large usable volumes inside the sphere , which can satisfy the requirement of high-energy physics , medical treatment , space detection etc.

该文发展了Turner等人提出的目标场法，可以在球型线圈内部较大的空间内产生给定形态的各种磁场，满足高能物理、医学、空间探测等方面的需要。

Ceramic scintillator is a type of new functional ceramic material . It can be used in nuclear medicine , high-energy physics ( HEP ), nondestructive evaluation ( NDE ) of materials , safety-inspection , geological exploration .

闪烁陶瓷是一种应用在核医学、高能物理、材料无损探伤、安全检查、地质勘探等领域的新型功能陶瓷材料。

As a theory , the experiment equally important third scientific research means scientific computing in many fields of scientific research , such as the field of high-energy physics , weapons development , bioinformatics , atmospheric science plays a very important and irreplaceable role .

作为与理论、实验同等重要的第三种科学研究手段，科学计算已经在科学研究的诸多领域，如高能物理、武器研制、生物信息、大气科学等领域发挥着非常重要日不可替代的作用。

In high-energy physics experiments , the wireless control technology in many occasions can be an important auxiliary system for a large area detector network layout , clock synchronization , control triggering . The wireless control technology has important potential application value in these areas .

而在高能物理实验中，在很多场合下，无线触发控制技术可以成为大面积探测器网络布置、时钟同步、触发控制的重要辅助系统，具有重要的潜在应用价值。

Dinger ( NLS ) equations play a very important role in the research of such aspects as high-energy physics , quantum mechanics , nonlinear optics , superconduction and deep ripples , etc. This thesis carries on research to the nonlinear Schr ?

非线性SCHR？DINGER（NLS）方程在高能物理、量子力学、非线性光学、超导及深水波等方面的研究中，起着非常重要的作用。

By analogizing the concept of particle collides in high-energy physics , we proposed the particle model of logic function , and constructed the particle collide arithmetic of logic function predigest according to this model , finally using VC + + 6.0 programming realized it .

类比高能物理中粒子碰撞的概念，提出了逻辑函数的粒子模型，根据此模型构造了化简逻辑函数的粒子碰撞算法，并用VC++6.0编程实现。