超对称粒子

因此单top夸克伴随超对称粒子产生过程是研究R宇称破坏最小超对称模型的一个有力途径。

So the single top quark production in association with a SUSY particle production process is a powerful way to study the R-parity violating MSSM .

ATLAS的目的是寻找黑格斯粒子，较重的类W、Z玻色子以及超对称粒子，研究基本费米子的结构以及B衰变中的CP破坏。

The purpose of ATLAS is to find Higgs particle , heavy W and Z ' objects and super-symmetric particles and to investigate the structure of fundamental fermions and the CP violation in B-physics .

本文从规范理论的角度将基本粒子分成基本费米子、规范粒子、Higgs粒子和超对称粒子四类，并说明了它们各自的作用。

From the angle of gauge theory , the author of the article is to divide elementary particle into elementary fermion , gauge particle , higgs particle and supersymmetry particle .

虽然按一般标准，中性伴子的质量很大，但它是超对称粒子中最轻的。

Although the neutralino is heavy by normal standards , it is generally thought to be the lightest supersymmetric particle .