neutrino
neutrino
1. * What are the fundamental symmetries and absolute mass of the neutrino?
1：什么是基本对称的绝对质量的中微子？
2. At its first start in 2005, my friend Zhizhong Xing, a neutrino theorist, contributed a lot of interesting articles.
2005年量子日记启动的时候，我的朋友、中微子理论家邢志忠教授曾为大家贡献了不少有趣的文章。
3. The branch numbers in CNO cycle will be decreased from 4 to 3. And it will directly influence on the solar neutrino fluxes of 17 F and 18 F.
CNO循环中的分支数也将由原来的 4个变成为 3个 ,并直接影响17F和18F太阳中微子的流量
4. The De Broglie-Ross Model and the Solar Neutrino Problem
De Broglie-Ross模型和太阳中微子问题
5. One kind of particles produced by the p-p chain is neutrino, which is massless and neutral. We will discuss more on neutrinos in
p-p链产生的其中一种粒子是中微子它是零质量和不带电我们会在
6. SNO cannot uniquely determine whether a given candidate neutrino event was the result of a particular reaction.
SNO无法百分之百确定某一个可能事件到底来自哪一个反应。
7. muonic neutrino
[化] μ子中微子
8. electronic neutrino
[化] 电子型中微子
9. The next round of experiments will clarify the form of theory needed to explain the observed neutrino masses.
下一回合的实验将会澄清，何种理论可以解释所观察到的微中子质量。
10. The reality of the neutrino had to be accepted on the basis of rather indirect evidence.
不得不基于相当间接的证据来承认中微子的存在。
11. But because the neutrino travels at nearly the speed of light, no matter what its energy or momentum, it must be described in terms of the theory of relativity.
不过由于微中子的移动速度接近光速，因此不论其能量或动量为何，都必须以相对论加以描述。
12. tau neutrino
中微子
13. There is anomalousness in a neutrino as well,and the anomalous quantities are the inevitable outcome of the dynamical model of the subquark structure of a lepton.
中微子也有反常,反常量是轻子亚夸克结构动态模型的必然结果。
14. neutrino production
中微子产生
15. neutrino reaction
中微子反应
16. neutrino emission
中微子发射
17. The thought process of the discovery of Neutrino
中微子发现的思维过程
18. Neutrino Synchrotron Radiation
中微子同步加速器辐射
19. The neutrino is rather peculiar and unique in the evolution of the universe.
中微子在宇宙演化过程中具有十分特殊的地位。
20. neutrino astrophysics
中微子天文
21. neutrino astronomy
中微子天文学
22. Emerging of Neutrino Astronomy and X-Ray Astronomy
中微子天文学和X射线天文学的诞生
23. neutrino experiment
中微子实验
24. Neutrino experiments have yielded much of our information on the properties of quarks.
中微子实验已经给了我们许多关于夸克性质的知识。
25. neutrino pair
中微子对
26. neutrino oscillation
中微子振荡
27. Neutrino Oscillation and Solar Neutrino Problem
中微子振荡与太阳中微子问题
28. PROGRESS OF NEUTRINO OSCILLATION EXPERIMENTS
中微子振荡实验的进展
29. The Feature Length of Neutrino Oscillation
中微子振荡的特征长度
30. neutrino loss
中微子损耗
31. neutrino detection
中微子探测
32. neutrino detector
中微子探测器
33. neutrino scattering
中微子散射
34. Neutrino Stars
中微子星
35. Neutrino is an electrically neutral subatomic particle, which has very little interaction with any other matters. Hence, the star will be transparent to them.
中微子是亚原子粒子,它们差不多不会和任何物质产生反应,所以恒星对它们来说是透明的。
36. neutrino telescope
中微子望远镜
37. neutrino beam
中微子束
38. For the neutrino beam method
中微子束方法
39. neutrino trapping
中微子束缚
40. neutrino parents
中微子母体
41. Neutrino Compounding and Oscillation Parameters Calculation and Physical Mechanism Analysis
中微子混合、振荡参数计算及物理机制分析
42. neutrino mixing matrix
中微子混合矩阵
43. Neutrino mixing angle ( θ13 )
中微子混合角θ13
44. Neutrino Physics - Proceedings Of Nobel Symposium 129
中微子物理:129届诺贝尔研讨会文集
45. neutrino physics
中微子物理学
46. Neutrino physics is a hot topic in current research in fundamental science.
中微子物理是当今基础研究的一个热点。
47. The physical characteristics of the neutrino are remarkable.
中微子的物理特征非同寻常。
48. THE MASS OF THE NEUTRINO AND ITS SIGNIFICANCE IN PHYSICS AND COSMOLOGY
中微子的静止质量及其在物理学和宇宙学上的意义
49. Modern Advances in Neutrino Researches
中微子研究新进展
50. The Structure of a Neutrino and Its Structure Function
中微子结构及其结构函数
51. neutrino loss rate
中微子耗损率
52. neutrino burst
中微子脉冲
53. beta neutrino angular correlation
中微子角关联
54. neutrino mass
中微子质量
55. NEUTRINO MASS, PARITY VIOLATION, NEUTRINO OSCILLATION AND OTHER TOPICS
中微子质量,宇称不守恒,中微子振荡及其他
56. NEUTRINO MASS AND NEUTRINO OSCILLATION EXPERIMENTS
中微子质量和中微子振荡实验
57. neutrino mass operator
中微子质量算符
58. neutrino bremsstrahlung
中微子轫致辐射
59. neutrino mapping matrix
中微子转换矩阵
60. neutrino process
中微子过程
61. neutrino horns
中微子透镜
62. communication by neutrino
中微子通信
63. Study of the mechanism of neutrino communication
中微子通讯机理探讨
64. neutrino flux
中微子通量
65. One New Experimental Method of Detection Neutrino Static Mass
中微子静止质量测量新方法及讨论
66. two-component neutrino theory
二分量中微子理论
67. two component neutrino theory
二成分中微子理论
68. Two relevant models are intro-duced: (1) The neutrino rocket model for neutron stars with high velocities; (2) The 3P2-superfluid phase transi-tion model for pulsar glitches.
介绍了与之有关的两个模型：（1）高速中子里的中微子火箭喷流模型；（2）脉冲星周期突变的3P2中子超流涡旋涡旋相振荡模型。
69. This paper describes the design of PMT trigger module for Dayawan Reactor Neutrino Experiment.
介绍了用于大亚湾中微子实验的PMT触发判选电路的一种设计方案。
70. They can be classified into three families: up, down, electron neutrino, electron;charm, strange, muon neutrino, muon;
以上这些基本粒子可以分成三个家族：上夸克、下夸克、电子微中子、电子是一族；
71. Since the experiments of both Davis and Kamioka could only detect electron-neutrinos, the neutrino number was therefore much lower than expected.
但戴维斯及神网的实验只能测量电子中微子,所以测量到的中微子数目远比预期为少。
72. But it is possible that there is only one type of neutrino, and the three varieties we see are the result of neutrinos taking different routes through the hidden dimensions.
但是也有可能只有一种中微子，我们看到的“不同”是因为它走了不同的路线，经过了隐藏的维度，最终显示出来的不同样子。
73. There may be high-energy particles produced in a GRB afterglow, so we study high-energy neutrino afterglows in Chapter 5.
余辉不光产生软光子，也可能产生高能粒子，在第五章里我们计算了余辉的高能中微子辐射。
74. For example, we observe three types of neutrino.
例如，我们发现了三种不同的中微子。
75. Physicists would have been most upset if the neutrino had not finally been detected.
假如微中子最终没有被探测出来，物理学家会十分苦恼的。
76. Typically an event like the one shown on page 44 could equally well be the result of deuteron breakup as neutrino absorption.
像52页所展示的典型反应可能来自氘核分裂，也有可能来自微中子吸收。
77. JOSHUA R.KLEIN, ARTHUR B.MCDONALD and DAVID L.WARK are members of the 130-strong Sudbury Neutrino Observatory (SNO) collaboration.
克雷恩、麦克唐纳与沃克三人是加拿大SNO内130多人实验团队的成员。
78. Phenomenology;supersymmetry;B meson;K meson;extra dimensions;neutrino
关键词:唯象;超对称;B介子;K介子;高维时空;微中子
79. Beyond the standard model;collider phenomenology;supersymmetry;extra dimensions;neutrino mass models
关键词:标准模型以外;加速器现象;超对称;多维空间;微中子质量模型
80. MEASUREMENT OF ELECTRON NEUTRINO MASS BY SUPERNOVA NEUTRINO BURSTS
利用超新星爆发测量电子中微子静止质量
