1.
MECHANISMS OF NEUTRINOLESS DOUBLE BETA DECAY AND THE MASS OF HEAVY NEUTRINO*
无中微子双β衰变的机制和重中微子的质量(英文)
2.
Two photons are created in the decay of the neutral pion.
双光子是在中性兀介子衰变中产生的。
3.
radiation of beta particles during radioactive decay.
在放射性衰变的过程中放出β粒子的辐射。
4.
plasmon decay neutrino process
等离子体激元衰变中微子过程
5.
"beta particle:a high-speed electron or positron, especially one emitted in radioactive decay."
β粒子:一种高速电子或质子,主要在放射衰变中释放出。
6.
Neutrinos from a subsidiary decay process are the ones to be detected.
将探测到来自次要衰变过程的微中子。
7.
Probability of Atom β~+ Decay s Break though Coulomb Potential Barrier;
原子β~+衰变对Coulomb势垒的穿透概率
8.
decay radioisotope
β衰变放射性同位素 β
9.
Efficiency Calibration of Neutron Detector Array for β-Decay of Exotic Nuclei;
用于奇异核β衰变实验的中子探测阵列效率刻度研究
10.
Half-lives are characteristic properties of the various unstable atomic nuclei and the particular way in which they decay. Alpha decay and Beta decay are generally slower processes than gamma decay.
半衰期是各种不稳定原子核的特性,是它们衰变的特殊方式。α衰变和β衰变一般比γ衰变为慢。
11.
The radioactive transformation giving rise to these electrons was known as beta decay.
产生这种电子的放射性变化，称为β衰变。
12.
The shape of the electron spectrum in beta decay is not dominated by properties of the matrix element.
β衰变的电子谱的形状不取决于矩阵元的性质。
13.
The Monte Carlo Study of W Boson Polarization and t(?) Spin Correlation in t(?) Dileptonic Decay Channel;
W玻色子极化和t（？）自旋关联在t（？）双轻子衰变道中的蒙特卡罗研究
14.
beta-plus decay radioisotope
正β衰变放射性同位素
15.
beta-minus decay radioisotope
负β衰变放射性同位素
16.
Studies of Electron Neutrino Magnetic Moment and Radiative Decay Based on a Nuclear Reactor;
基于反应堆的电子中微子磁矩及衰变寿命实验研究
17.
"Beta particles are either electrons or positrons. The three Beta-decay processes are electron emission, positron emission, and electron capture."
β粒子可以是电子或正电子。这三种β衰变过程为电子发射、正电子发射和电子俘获。
18.
cosmic ray albedo nuetron decay
宇宙线反照中子衰变