反常磁矩

电子反常磁矩的g·f计算

A g · f calculation of the anomalous magnetic moment of the electron

结果指出：核子的反常磁矩对于磁多极内转换系数以及由于质子跃迁导致的电多极内转换系数的影响微不足道。

It turns out , that the anomalous magnetic moment of the nucleon has negligible influence upon the coefficient of the magnetic conversion and the coefficient of the electric conversion induced by the proton transition .

本文讨论核子的反常磁矩对于内转换系数数值的影响。

The effect of the anomalous magnetic moment of the nucleon on the value of the internal conversion coefficient is investigated .

质子反常磁矩，重子激发态等问题至今未能解决，而且非弹性散射实验表明了重子并非只含有三夸克成分，还存在五夸克等。

Issues has been failed to resolve , and non-elastic scattering experiments show that the baryon not only contains three quarks component , but so there have five quarks component .

在低能反应堆中微子物理实验中，无论是研究中微子振荡、中微子反应还是测量中微子反常磁矩，都必须准确地知道反应堆中微子的通量和能谱。

In the low energy reactor antineutrino physics experiments , either for the researches of antineutrino oscillation and antineutrino reactions , or for the measurement of abnormal magnetic moment of antineutrino , the flux and the spectra of reactor antineutrino must be described accurately .

反常核子磁矩是由强子效应引起的。

The anomalous nucleon moments are due to hadronic effects .

据此计算了三代轻子的“反常质量”与“反常磁矩”。

The abnormal mass and the magnetic moment of three generation leptons have been calculated .