boson
boson
1. Boson NetSim version 5.
25 却是无能为力。
2. Please update your Boson Simulator .Now the V 4.11 is coming. Good luck ...
324请问点到点与端到端的区别是什么？！
3. Boson simulator
Boson模拟
4. DISCUSSION ON THE SOLUTIONS IN DYSON BOSON REPRESENTATION
Dyson玻色子表示中解的讨论
5. g boson
g玻色子
6. Hermitian Boson Expansion Approach of IBM Toward Cross Shell Excitations
IBM跨壳激发的玻色子展开厄米途径
7. sdg interacting boson model
sdg相互作用玻色子模型
8. The two Higgs fields give rise to five species of Higgs boson: three that are electrically neutral and two that are charged.
SSM中的两个希格斯场会导致五种希格斯玻色子：三个是不带电的中性粒子，两个则是带电粒子。
9. Top-loop Correction to TC Neutral PG Boson Anomaly Coupling
t夸克圈对TC理论的中性PG玻色子反常耦合的影响
10. w boson
w 玻色子
11. W boson polarization
W玻色子极化
12. Z boson
Z玻色子
13. Z-zero boson
Z零玻色子
14. A light pseudoscalar boson and lepton flavor violation
一个轻的赝标玻色子与轻子的味改变过程
15. But there were not enough data to be sure a Higgs boson was actually discovered.
不过数据还不够多，无法确定已经找到了希格斯粒子。
16. neutron-proton boson fluid bodies
中子-质子玻色子流
17. intermediate (vector) boson
中间(矢量)玻色子
18. intermediate boson
中间玻色子
19. intermediate boson hypothesis
中间玻色子假设
20. intermediate boson field
中间玻色子场
21. intermediate charged vector boson
中间荷电矢量玻色子
22. For example, the analysis of precision measurements of W and Z boson properties led to the accurate prediction of the top quark mass before the top quark had been directly produced.
举个例子，在以实验直接制造出顶夸克之前，我们就已经藉由分析W与Z玻色子相关性质的精密测量，而精准预测出顶夸克的质量。
23. they are afraid that American researchers will get to see the Higgs boson ahead of them.
他们担心美国研究者会在他们之前看到西格斯介子的玻色子。
24. He claimed with convincing evidence that America would outrun Europe in discovering the Higgs boson.
他作出了人类在未来可以找到这种玻色子的著名预言。
25. The Relation of Family aud Extra Z~o Boson Number
代与额外Z~0玻色子数的关系
26. But he continued to argue that the large-scale hadron collider will produce compared to discovers the Higgs boson a more meaningful result.
但他继续争辩说，大型强子对撞机将产生比发现“希格斯玻色子”更加有意义的结果。
27. The Tevatron will produce more than 10,000 Higgs bosons altogether if it runs as planned, and it could test whether the Higgs boson behaves as predicted.
倘若一切顺利，Tevatron总共会产生一万个希格斯粒子，这样就可以检验希格斯粒子是否具有所预测的性质。
28. Quasi-periodic Self-pulses and Chaotic Motions of the Photon boson Elementary Excitation Coupling Laser Model
光子-玻色子元激发耦合激光模型的准周期自脉冲和混沌状态
29. One of the most sought of these is the Higgs boson, also known as the God particle because, according to current theory, it endowed all other particles with mass.
其中最希望发现的是一种叫希格斯玻色子，也称为上帝粒子的粒子，因为根据目前的理论，正式它赋予了其他所有粒子以质量。
30. A Two - Parameter Deformed Two - Dimensional Interacting Boson Model With U_(qp)(U_3)?U(qp)(U_2)?U(qp)(SO_2) Symmetry
具有U_（qp）（U_3）?U_（qp）（U_2）?U_（qp）（SO_2）对称
31. nambu goldstone boson
南部 戈德斯通玻色子
32. A MAPPING BETWEEN THE SU_6 SUBSPACE IN THE INTERACTING BOSON MODEL OF NUCLEI AND THE SU_6 SUBSPACE OF D. JANSSEN ET AL.
原子核相互作用玻色子模型的SU_6子空间与Janssen等人的SU_6子空间之间的一种变换
33. Discovering the single top quark production presents challenges similar to the Higgs boson search in the need to extract an extremely small signal from a very large background.
发现单顶夸克的难度并不亚于寻找希格斯玻色子，需要从很大的背景中提取一个极小的信号。
34. One thing to remember is that the lightest Higgs boson in MSSM is very easily behaving like a Standard Model Higgs.
另外两种是小混合和大混合情形，比较现实一些。
35. The entire set of data agrees well with theory only if certain interactions of particles with the lightest Higgs boson are included and only if the lightest Higgs boson is not heavier than about 200 proton masses.
只要理论涵盖了粒子与最轻希格斯玻色子的某些交互作用，且最轻希格斯玻色子的质量低于200个质子的质量，整组数据便与理论的预测大致相符。
36. Being here,we recived a warm welcome. from the boson of me heart,I have to say thank you to you.
同时，我们受到了你们的热情欢迎和款。在这里，我们深表感谢。
37. Accordingly, in common with many of my colleagues, I think it highly likely that both the Higgs boson and other new phenomena will be found with the LHC.
因此我和大多数的同事一样，认为LHC除了希格斯粒子之外，还很可能发现其他新现象。
38. Single Charged Higgs Boson Production at Next Generation Linear Photon Collider
在新一代线性光子对撞机中的单个带电Higgs粒子的产生
39. In the Standard Model, we cannot predict any particle masses from first principles, including the mass of the Higgs boson itself.
在标准模型中，我们无法从第一原则去预测任何粒子的质量，包括希格斯玻色子本身的质量。
40. It was supposed to be the year that saw the discovery of the long-sought Higgs boson, which physicists need to explain why matter has mass.
在这一年，希格斯波色子原本将有可能被发现。这是一种人们长久以来一直在寻找的粒子，它将有助于物理学家来解释质量的成因。
41. Slave Boson Approach
奴役玻色子方法
42. But okay, it’s also unnatural for the Higgs boson to have a mass less than the Planck scale, or for the cosmological constant to be much less than the Planck scale.
她强调，虾白点症病毒是一个宝库，相关研究除了可以在水产养殖业上有所贡献外，现在还从中发现可修改细胞周期重要的新颖蛋白质，对疾病有更进一步的了解，找到治疗关键。
43. She is rather nice, I run to her boson quickly, and she holds me too.
她独特的美丽，吸引我立刻跑向她的怀抱，她包容了我。
44. In 1990s based on the eigenfunction method of representation theory of groups, a new method, the symmetrized boson representation (SBR) method, was brought forward.
它是寻找点群不可约表示的一般方法，不依赖于具体的表示空间，可以得到点群表示的代数解，特别适用于构造分子的对称基。
45. Just as an ordinary mirror cannot make an apple look like an orange, no ordinary symmetry in physics can transform a fermion into a boson, or vice versa.
就好像一般的镜子不可能让苹果看起来像橘子，一般的物理对称也无法让费米子变成玻色子。
46. higgs boson
希格斯玻色子
47. Associated with the Higgs field is the Higgs boson.
希格斯玻色子就是随伴著希格斯场的粒子。
48. charged Higgs boson
带电Higgs玻色子
49. Advanced analysis techniques pioneered for the single top discovery are now in use for the Higgs boson search.
开创了单顶夸克发现的先进分析技术目前也正被用于搜寻希格斯玻色子。
50. intermediate vector boson
弱玻色子 中间矢量玻色子
51. Yet the easiest way to sell it to politicians was to frame it as a search for a single particle, the Higgs boson.
当然将这个项目推销给政客的捷径是把它包装成为研究单一粒子的项目，希格斯玻色子。
52. goldstone boson
戈德斯通玻色子
53. The results obtained are consistent with the demonstration of increasing absorption optical bistability via nonlinear photon boson coupling.
所得结果和用光与玻色物质耦合模型对增强吸收型光双稳的解释是一致的。
54. The present status, the framework and some applications of the investigation on the superdeformed nuclear states in the scheme of the interacting boson model are described.
摘要概要介绍了超形变核态的相互作用玻色子模型研究的现状、理论框架及一些应用。
55. The thermodynamics properties of the Fermi system and the Boson system at high temperature and low density without arrliel field is discussed and the valuable result is also educed.
摘要讨论了费米子系统和玻色子系统在无外场作用下高温低密度条件下的热力学性质，得到了有益的结果。
56. Operations Guide: mouse control, a map of the Boson click right decision after taking number of steps, ordinary lattice be monsters.
操作指南:鼠标控制,大地图时右边的色子点选后决定走多少步,普通的格子会出现怪兽。
57. The new style of Boson Paopaolong Oh, very special not only cute!
新款的色子泡泡哦,不仅可爱还很特别呢!
58. new charged gauge boson W'
新的荷电规范玻色子W′
59. The Energy of Boson under the Geometry of Vaidya-de Sitter Space-time
时空几何中玻色子的能量
60. The non hermitian invariants of time dependent one or two mode Boson system are constructed by using Boson annihilation operators.
本文利用玻色子湮灭算符构造了含时单、双模玻色系统的非厄密不变量。
61. Keywords nuclear structure;energy spectrum;interacting boson model;1/N ex-pansion technique;
核结构;能谱;相互作用玻色子模型;1／N展开技术;
62. According to the spontaneous symmetry breaking mechanism, there is a vacuum boson is not material, and it took place after particles produced quality.
根据自发性对称破缺机制，真空中有并非玻色子的物质，它和粒子发生作用后产生了质量。
63. Boson expression of hydrogen atom eigenfunction
氢原子波函数的玻色算子表示
64. now you need to have followed the Inca trail, formed an opinion on G.K.Chesterton's Christian apologetics and be familiar with the Higgs boson's role in a grand unified theory.
现在，你需要的是：踏上过印加之路，对切斯特顿的基督教护教理论有所见地，还要熟悉黑格斯玻色子在大统一理论中的作用。
65. Study on Statistic Means of Boson and Fermion System
玻色、费米粒子统计方法的研究
66. boson fluctuation
玻色子波动
67. Kinetic Equation of Boson Gas
玻色气体的动力学方程
68. boson annihilation operator
玻色湮灭算符
69. Boson inverse operators and associated even and odd coherent states
玻色算符的逆算符及其相关的奇偶相干态
70. The interaction of a single-mode radiation field with N two-level atoms isdescribed by a Hamiltonian trilinear in the boson operators.
用玻色算符的三维型哈密顿量描述单模辐射场与N个两能级原子的相互作用。
71. City: Auckland , Phone: 0064 9 373 4485 , Email: boson@netpharmacy.co.nz , Address: 109 Parnell raod, Parnell, Auckland
癌痛克网上专卖店您好，非常希望您能在我的商店中选购到称心、满意的商品，如果您遇到任何问题，拨打客户服务电话-02174573
72. interacting boson model
相互作用玻色子模型
73. Rotation-vibration Transitional Patterns in Interacting Boson Model
相互作用玻色子模型中振转过渡区的特征研究
74. vector boson
矢量玻色子
75. The scientists, the scientific community present in nature only to find two types of atomic structures, they are fermion (fermions) with the wave Boson (bosons).
科学家们介绍，目前科学界在大自然中仅仅找到两种类型的原子结构，它们分别是费米子（fermions）与波色子（bosons）。
76. A Discussion on the Symmetry of Antimatter for Lnternal Numbering Fermion and "External Numbering"Boson
编内费米子反物质和"编外"玻色子反物质对称性的讨论
77. Boson wave and even by sub-atomic structure of the composition, the two atoms have a lot of difference.
而波色子则是由偶数个亚原子结构构成，这两种原子有着很大的区别。
78. coupled Boson system
耦合玻色体系
79. Vortex solution in charge boson system
荷电玻色子系统的涡旋解
80. gauge boson
规范玻色子
