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Chapter |
The electric field and magnetic field can be
expressed in complex form.
Let us define the electromagnetic charge density in
complex form as:
(14.1)
The Electromagnetic
field strength in complex form as:
(14.2)
And also:
(14.3)
As we know the
electromagnetic field energy density is:
(14.4)
Thus, we have:
(14.5)
The electromagnetic
field momentum density is:
(14.6)
Thus, we have:
(14.7)
Then we can rewrite
the electromagnetic field equation as follows:
(14.8)
(14.9)
(14.10)
The equation (14.10)
can be called the hydro-electromagnetic equation.
As we know:
(14.11)
Thus:
(14.12)
Thus the hydro-electromagnetic
equation can be rewritten in the complex form as:
(14.13)
And thus, we can
rewrite the equation (14.13) as follows:
(14.14)
Then the hydroelectric
equation can be rewritten as:
(14.15)
Then the hydromagnetic
equation can be rewritten as:
(14.16)
For the electron, we
have
(14.17)
And
(14.18)
As we know:
(14.19)
Thus:
(14.20)
Let us define:
(14.21)
Thus:
(14.22)
So:
(14.23)
Let us define:
(14.24)
As we know:
(14.25)
(14.26)
Thus:
(14.27)
(14.28)
(14.29)
Thus:
(14.30)
Thus:
(14.31)
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What
is the electron spin?
ISBN 0-9743974-9-0 Copyright © 2003 Gengyun Li All rights reserved http://www.electronspin.org |