查询词典 colliders

In this thesis, we investi-gated some typical production processes related to chargino and neutralino viaelectron-positron, photon-photon and hadron-hadron collision at futural Linear Colliders and Large Hadron Colliders, and gave the analysis and discussion of both the radiative corrections and CP violating effects. To reach the required precision, we performed the calculation beyond the tree level. From the calculation we can conclude that the physical signals arising from charginos and neutralinos are considerable, both in direct production and indirect search process.

在本文中，我们研究了在未来的直线加速器和大型强子对撞机上通过电子正电子、光子光子和强子强子对撞与chargino，neutralino相关的一些典型过程，并给出了辐射修正和CP破坏效应的分析讨论，为了达到所要求的足够的精度，我们进行了树图阶以上的计算，通过计算我们可以得出结论，无论是直接产生还是间接寻找过程，来自chargino和neutralino的物理信号都将是显著的。

CP violating effects in top quark pair production at electron and positron colliders have been widely studied.

电子正电子对撞产生top对过程中的CP破坏效应已经被广泛的研究了。

Therefore, searching for these particles at present and future high-energy colliders, will be a good way to find the new physics beyond the Standard Model and to varify the Minimal Supersymmetry Standard Model.

因此，在现在和未来的高能对撞机上探测这些粒子将成为寻找标准模型以外的新物理，验证最小超对称标准模型的一个重要途径。

This decade will witness measurements of the top quark with increasing precision at the present and future colliders.

在今后的十年中，现有的和未来的对撞机实验将对top夸克的性质及相互作用的进行更为精细的测量。

With set2 paprameters, at √s=1.17 TeV the tree level and EW corrected sections of γγ-t2t2 increase by 81% and 78% respectively, compared with unpolarized tree level and EW corrected sections. Therefore, in some gaugino-like parameters, the effects of the photon polarization to squark pair production can improve the efficiency of detection at future linear colliders.

t2t2的set2参数条件下，在1.17 TeV处，树图截面和电弱修正的截面分别增加了81%和78%，因此在未来的直线对撞机上以γγ对撞模式产生标量夸克对时，在某些特定的类gaugino的参数条件下，考虑到光子的极化效应对其截面的影响将有助于提高对撞机的探测效率。

Therefore, it is necessary to analyse the production ofthe Higgs bosons and the Higgs physics at the colliders.

对这些扩展模型所预言的新的Higgs粒子的寻找及其相关物理的研究，是十分重要的。

At future high-energy colliders, searching for Higgs bosons and exploring the mechanism of electroweak symmetry breaking are another important task.

未来的高能对撞机的另一个重要任务就是寻找Higgs，以探究电弱对称性破缺的机制。

You simply have to attach Rigidbodies, Character Joints and Capsule Colliders to the different bones.

你直接附上刚体，角色联合和碰撞仓给不同的骨骼。

In this thesis, we analyze some important decay processes of non-SM particles which may be found at future colliders, and give more precise numerical results for those main decay channels.

在本文中，我们研究了未来对撞机上可能找到的一些重要的非标准模型粒子的衰变过程，对它们的一些主要衰变道的衰变宽度给出了更精确的数值结果。

Where Do Old Colliders Go to Die?

哪里旧撞机到死？

We are in a good position to meet your requirements.

我们完全可以满足你方的需求。

We are all pervade d with a sense of disaster.

我们普遍有大祸降临的感觉。