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Update 3.2 User interfaces
authored
Jan 21, 2021
by
Udo Ziegler
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@@ -1393,7 +1393,7 @@ PHYSICS SPECIFICATIONS (code parameter: `_C.conduction`).
...
@@ -1393,7 +1393,7 @@ PHYSICS SPECIFICATIONS (code parameter: `_C.conduction`).
Ohmic diffusion enters the induction equation and energy equation as a
Ohmic diffusion enters the induction equation and energy equation as a
field contribution given by
field contribution given by
**E**
<sub>
*D*
</sub>
=
*η*
<sub>
*D*
</sub>
∇×
**B**
**E**
<sub>
*D*
</sub>
=
*η*
<sub>
*D*
</sub>
∇×
**B**
where
*η*
<sub>
*D*
</sub>
\[
m
<sup>
2
</sup>
⋅s
<sup>
−1
</sup>
\]
is the
where
*η*
<sub>
*D*
</sub>
\[
m
<sup>
2
</sup>
⋅s
<sup>
−1
</sup>
\]
is the
diffusion coefficient.
diffusion coefficient.
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@@ -1430,8 +1430,7 @@ user-defined ambipolar diffusion coefficient. Ambipolar diffusion enters
...
@@ -1430,8 +1430,7 @@ user-defined ambipolar diffusion coefficient. Ambipolar diffusion enters
the induction equation and energy equation as a field contribution given
the induction equation and energy equation as a field contribution given
by
by
**E**
<sub>
*AD*
</sub>
=
*η*
<sub>
*AD*
</sub>
/
*μ*
**B**
×
\[
(∇×
**B**
)×
**B**
\]
**E**
<sub>
*AD*
</sub>
=
*η*
<sub>
*AD*
</sub>
**B**
×
\[
(∇×
**B**
)×
**B**
\]
/
*μ*
where
*η*
<sub>
*AD*
</sub>
where
*η*
<sub>
*AD*
</sub>
\[
V⋅m⋅A
<sup>
−1
</sup>
⋅T
<sup>
−2
</sup>
\]
denotes the
\[
V⋅m⋅A
<sup>
−1
</sup>
⋅T
<sup>
−2
</sup>
\]
denotes the
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