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mlz
BornAgain
Commits
2d19be36
Commit
2d19be36
authored
1 year ago
by
Mikhail Svechnikov
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[phys_man_1.1_fix1] DevRef 1.1 small fixes (
#624
) ()
Merging branch 'phys_man_1.1_fix1' into 'main'. See merge request
!1664
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!1664
DevRef 1.1 small fixes (#624)
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Doc/DevRef/DevRef.pdf
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Doc/DevRef/DevRef.pdf
Doc/DevRef/Scattering.tex
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Doc/DevRef/Scattering.tex
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Doc/DevRef/Scattering.tex
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@@ -282,12 +282,11 @@ where ${\bm{\hat\sigma}}$ is the Pauli vector, composed of the three Pauli matri
...
@@ -282,12 +282,11 @@ where ${\bm{\hat\sigma}}$ is the Pauli vector, composed of the three Pauli matri
\index
{
Pauli matrix
}
%
\index
{
Pauli matrix
}
%
We introduce the reduced field
We introduce the reduced field
\begin{equation}
\begin{equation}
\v
{
b
}
\coloneqq
\frac
{
m
\mu
_
0
\mu
_
\text
{
n
}}{
2
\pi\hbar
^
2
}
\v
{
B
}
,
\v
{
b
}
\coloneqq
\frac
{
m
\mu
_
\text
{
n
}}{
2
\pi\hbar
^
2
}
\v
{
B
}
,
\end{equation}
\end{equation}
\nomenclature
[2h050 2r040]
{$
\v
{
b
}
(
\r
)
$}{
Rescaled
\nomenclature
[2h050 2r040]
{$
\v
{
b
}
(
\r
)
$}{
Rescaled
field
$
\v
{
b
}
=(
m
\mu
/
2
\pi\hbar
^
2
)
\v
{
B
}$}
%
field
$
\v
{
b
}
=(
m
\mu
/
2
\pi\hbar
^
2
)
\v
{
B
}$}
%
\index
{
Magnetizing field!reduced
}
%
\index
{
Magnetizing field!reduced
}
%
where
$
\mu
_
0
$
is the vacuum permeability,
\nomenclature
[1μ024 00]
{$
\mu
_
0
$}{
Vacuum permeability,
$
4
\pi\cdot
10
^{
-
7
}$
Vs/Am
}
%
\nomenclature
[1μ024 00]
{$
\mu
_
0
$}{
Vacuum permeability,
$
4
\pi\cdot
10
^{
-
7
}$
Vs/Am
}
%
\index
{
Permeability
}
%
\index
{
Permeability
}
%
\index
{
Magnetic permeability
}
%
\index
{
Magnetic permeability
}
%
...
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