"각운동량의 양자 이론"의 두 판 사이의 차이

2012년 6월 5일 (화) 05:20 판

A classical electron moving around a nucleus in a circular orbit
- orbital angular momentum, \(L=m_evr\)
- magnetic dipole moment, \(\mu= -evr/2\)
- where e, m_e, v, and r are the electron´s charge, mass, velocity, and radius, respectively.
A classical electron of homogeneous mass and charge density rotating about a symmetry axis
- angular momentum, \(L=(3/5)m_eR^2\Omega\)
- magnetic dipole moment, \(\mu= -(3/10)eR^2\Omega\), where R and \Omega are the electron´s classical radius and rotating frequency
gyromagnetic ratio \(\gamma = \mu/L=-e/2m_e\)
I15-62-g20.jpg
pictures from Gyromagnetic Ratio and Anomalous Magnetic Moment

@@ 8번째 줄: / 8번째 줄: @@
 <h5>개요</h5>
+<h5>고전역학의 각운동량</h5>
+* <math>\mathbf{L}=\mathbf{r}\times \mathbf{p}</math>
+*  A classical electron moving around a nucleus in a circular orbit<br>
+** orbital angular momentum, <math>L=m_evr</math>
+** magnetic dipole moment, <math>\mu= -evr/2</math>
+** where e, m_e, v, and r are the electron´s charge, mass, velocity, and radius, respectively.
+*  A classical electron of homogeneous mass and charge density rotating about a symmetry axis<br>
+** angular momentum, <math>L=(3/5)m_eR^2\Omega</math>
+** magnetic dipole moment, <math>\mu= -(3/10)eR^2\Omega</math>, where R and \Omega are the electron´s classical radius and rotating frequency
+*  gyromagnetic ratio <math>\gamma = \mu/L=-e/2m_e</math><br>[http://bomber0.springnote.com/pages/7141159/attachments/4562863 I15-62-g20.jpg]<br>
+* pictures from [http://universe-review.ca/R15-12-QFT.htm#g2 Gyromagnetic Ratio and Anomalous Magnetic Moment]