Chapter
2

The electric charge distribution inside of the electron

 

 

We no longer regard the electron as a point-like particle. The electron has an internal structure, and the electric charge inside the electron has continuum distribution.

Here is one of our most basic assumptions about the electron; the electric charge distribution inside of the electron has the following equation:

 

(2.1)

 

We use the spherical polar coordinates in our book, in which r is the radial coordinate, is the polar angle, e is the electric charge of the electron, is the electron radius constant.

 

By integrating the electric charge density equation (2.1), we can find the volume electric charge:

 

(2.2)

 

In which , thus:

 

(2.3)

 

(2.4)

 

(2.5)

 

(2.6)

 

The equation (2.6) is the electric charge space distribution equation.
From equation (2.6), we find out that:

When , therefore:

 

(2.7)

 

As we can see, the electric charge distribution is a kind of cumulative gamma distribution [B]

 

Equation (2.7) is the electric charge equation within the sphere of radius r.

When , thus:

 

(2.8)

 

Thus we can see that the electron as a whole has one unit negative electric charge e.

 

 

 


What is the electron spin?
ISBN 0-9743974-9-0
Copyright 2003
Gengyun Li
All rights reserved
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