1.
Study the effects of R-parity violating supersymmetry at linear colliders
线性对撞机上R宇称破缺超对称效应研究
2.
Probe R-parity Violating Supersymmetry Effects in Rare B-meson Decays;
B介子稀有衰变中的R宇称破缺超对称效应研究
3.
From Parity to Chirality-Experimental Search for Parity-viola-ting Energy Difference of Alanine and Valine Enantiomers
宇称与手性──丙氨酸(缬氨酸)对映体宇称破缺能差的实验探索
4.
Restriction of Cosmological Observables VS the Breaking Parameters of Littlest Higgs Model with T-parity
宇宙学观测量对小Higgs模型T宇称破缺参数限制的研究
5.
The parity of the eigenfunction is found by determining what happens to the wave function when r is replaced by -r.
本征函数的宇称可以这样确定：当r用－r代替时看波函数的变化。
6.
If the law of parity conservation were suspended, this restriction would be removed.
如果宇称守恒定律受到破坏，就会取消这个限制。
7.
Discussion on the Spontaneous Symmetry Breaking of a Mechanical System;
一个力学系统对称性自发破缺的研究
8.
The Equilibrium and Nonequilibrium,Symmetry and Symmetry Broken in Thermodynamics;
热力学中的平衡与非平衡、对称与对称破缺
9.
Symmetry-breaking Analysis in an Unsymmetrical Oscillator
一个非对称振子的对称破缺现象及分析
10.
The upper limit for party violation in this strong interaction was quoted by Tanner.
潭纳给出了在这种强相互作用中宇称破坏的上限。
11.
KEY WORDS: time and space translation symmetry; time reversal symmetry; conservation law; symmetry breaking.
关键词：时间和空间平移对称性；时间反演对称性；守恒律；对称破缺。
12.
They called it @cosmic spectrum green.
他们称之为“宇宙绿”。
13.
Quasi-Ring Model of Prequark Can Chang the Hand-Character and the Symmetry-Breaking of the Prequark Particle Model
前夸克类圈体模型能改变前夸克粒子模型的手征性和对称破缺
14.
The Canonical Ward Identities in Constrained System and Their Application to the Dynamical Symmetry Breaking;
约束系统的正则Ward恒等式及其在动力学对称性破缺中的应用
15.
Symmetry Breaking Creates Phenomenon World--one fundamental principle of the natural realm s evolvement;
对称性破缺创造了现象世界——自然界演化发展的一条基本原理
16.
The final part was the po, or "breakup".
最后部分称"破"，
17.
Temples dedicated to Confucius are called Wen'Miao or Temples to the God of Culture and those to Guan Yu Wu'Miao or Temples to the God of War.
祭孔子的庙宇称“文庙”或“孔庙”，祭关羽的庙宇称“武庙”或“关帝庙”。
18.
On the History of the Discovery of Parity Nonconservation and the Lee-Yang s Argument--In Commemoration of the 50th Anniversary of the Discovery of Parity Nonconservation;
宇称不守恒的发现史与“李杨之争”刍议——纪念宇称不守恒发现50周年