20. B-H curve#
Enter material nonlinearity data in tables. Nonlinear tabular data can be referenced by ID from other sections.
Settings#
20_BH_Curve(20) JSON key: B-H curve object
BH_CURVE_ID(20)JSON key: B-H curve identifier.
data(20)JSON key: Array data of H, magnetic field strength [A/m], and B, magnetic flux density [T].
encrypted_data(20)JSON key: Encrypted B-H curve data string.
20_2_TempDepend_B_H_Curve(20) JSON key: Temperature-dependent B-H curve object
BH_CURVE_ID(20.2)Temperature-dependent B-H curve identifier.
TYPE(20.2)Input type. =0: enter magnetic flux density as a function of magnetic field strength; =1: enter a BH curve for each temperature.
TEMPERATURE(20.2)Array of temperatures (°C).
data(20.2)JSON key: Array data of H, magnetic field strength (A/m), and B, magnetic flux density (T).
H(20.2)Magnetic field strength (A/m).
B(20.2)Magnetic flux density (T).
temp_data(20.2)JSON key: Temperature-dependent data for linear interpolation.
HM TYPE=0(20.2)Reference magnetic field strength (A/m).
TEMPERATURE TYPE=0(20.2)Temperature (°C).
BM TYPE=0(20.2)Reference magnetic flux density (T).
BH_CURVE_ID TYPE=1(20.2)Temperature-dependent B-H curve identifier.
TEMPERATURE TYPE=1(20.2)Temperature (°C).
data TYPE=1(20.2)JSON key: Array data of H, magnetic field strength [A/m], and B, magnetic flux density [T].
H TYPE=1(20.2)Magnetic field strength (A/m).
B TYPE=1(20.2)Magnetic flux density (T).
20_3_2D_Anisotropy_B_H_Curve(20) JSON key: Two-dimensional magnetic anisotropy B-H curve object
BH_2D_ID(20.3)Identifier of the two-dimensional magnetic anisotropy data.
TYPE(20.3)Input type. =0: enter H (A/m) in the rolling and transverse directions; =1: enter the absolute value and direction angle of H.
data(20.3)JSON key: Array data of H, magnetic field strength [A/m], and B, magnetic flux density [T].
B(20.3)Magnetic flux density (T). Includes B=0.
H_ROLLING(20.3)H in the rolling direction or the absolute value of H.
H_TRANSVERSE(20.3)H in the transverse direction or the angle of H.
20_4_Magnet_Demagnetization_Curve(20) JSON key: Permanent-magnet demagnetization curve object
MAGNET_BH_CURVE_ID(20.4)Permanent-magnet demagnetization curve identifier.
ADD_EXTEND_POINT(20.4)Extrapolation option. =1: extrapolate; =0: do not extrapolate.
data(20.4)JSON key: Array data of H, magnetic field strength [A/m], and B, magnetic flux density [T].
20_5_TempDepend_Magnet_Demagnetization_Curve(20) JSON key: Temperature-dependent permanent-magnet demagnetization curve object
MAGNET_BH_CURVE_ID(20.5)Temperature-dependent permanent-magnet demagnetization curve identifier.
TYPE(20.5)Input type. =0: enter magnetic flux density as a function of magnetic field strength; =1: enter a demagnetization curve for each temperature.
ADD_EXTEND_POINT(20.5)Extrapolation option. =1: extrapolate; =0: do not extrapolate.
data(20.5)JSON key: Array data of H, magnetic field strength [A/m], and B, magnetic flux density [T].
H(20.5)Magnetic field strength (A/m).
B(20.5)Magnetic flux density (T).
TEMPERATURE(20.5)Temperature (°C).
20_6_Magnetization_Curve(20) JSON key: Permanent-magnet magnetization curve object
BH_CURVE_ID(20.6)JSON key: Permanent-magnet magnetization curve identifier.
REF_BH_CURVE_ID(20.6)JSON key: B-H curve identifier used as the magnetization curve.
data(20.6)JSON key: Array data of H, magnetic field strength [A/m], and B, magnetic flux density [T].
H(20.6)JSON key: Magnetic field strength (A/m).
RATE(20.6)JSON key: Magnetization rate.
RECOIL_MU(20.6)JSON key: Recoil permeability.
Input format#
Text-format section
- Type:
Fixed parameter set 1
- Number of rows:
2 + NO_DATA
- Number of parameters:
1, 2, NO_DATA
* NO_CURVES * NO_T_DEPEND_CURVES * NO_2D_B_H * NO_B_H_MAGNET_CURVES * NO_T_DEPEND_B_H_MAGNET_CURVES *
I I I I I
* BH_CURVE_ID * NO_DATA *
I I
* H [A/m] * B [T] *
E E
E E
JSON format#
"20_BH_Curve":
[
{
"BH_CURVE_ID": I,
"data":
{
"H": [E, ..., E],
"B": [E, ..., E]
}
},
{
"BH_CURVE_ID": I,
"encrypted_data": "string_encrypted_BH_curve_data"
}
]
Detailed description#
Enters material nonlinearity data.
Text-format section
- NO_CURVES(20)#
NO_CURVES (text)
[row, col] = [1, 1]
Type=I
Number of one-dimensional B-H curves to define.
- NO_T_DEPEND_CURVES(20)#
NO_T_DEPEND_CURVES (text)
[row, col] = [1, 1]
Type=I
Number of temperature-dependent magnetization curves to define.
<TEMP_DEPEND module> is required.
- NO_2D_B_H(20)#
NO_2D_B_H (text)
[row, col] = [1, 1]
Type=I
Number of nonlinear two-dimensional magnetic anisotropy curves to define.
- NO_B_H_MAGNET_CURVES(20)#
NO_B_H_MAGNET_CURVES (text)
[row, col] = [1, 1]
Type=I
Number of permanent-magnet demagnetization curves to define.
<PM Demagnetization module> is required.
- NO_T_DEPEND_B_H_MAGNET_CURVES(20)#
NO_T_DEPEND_B_H_MAGNET_CURVES (text)
[row, col] = [1, 1]
Type=I
Number of temperature-dependent permanent-magnet demagnetization curves to define.
<TEMP_DEPEND module> is required.
<PM Demagnetization module> is required.
20.1. Isotropic B-H curve#
- 20_BH_Curve(20)#
Sets nonlinear magnetization characteristics.
BH_CURVE_ID#
- BH_CURVE_ID(20)#
Text-format section
[row, col] = [2, 1]
- Type:
Integer (I)
- Description:
B-H curve identifier.
data#
- data(20)#
- JSON key:
Array data of H, magnetic field strength [A/m], and B, magnetic flux density [T].
H#
- H(20)#
Text-format section
[row, col] = [2, 1]
- Type:
Real number (E)
- Unit:
A/m
- Description:
Array data of magnetic field strength. Includes H=0.
B#
- B(20)#
Text-format section
[row, col] = [2, 2]
- Type:
Real number (E)
- Unit:
T [Tesla]
- Description:
Array data of magnetic flux density. Includes B=0.
The number of data points must be at least 2. Linear interpolation is used between points, and linear extrapolation is used outside the range.
"20_BH_Curve":
[
{
"BH_CURVE_ID": I,
"data":
{
"H": [0.00, 27.00, 58.00, 100.00, 153.00, 185.00, 205.00, 233.00, 255.00, 285.00, 320.00, 355.00, 405.00, 470.00, 555.00, 673.00, 836.00, 1065.00, 1220.00, 1420.00, 1720.00, 2130.00, 2670.00, 3480.00, 4500.00, 5950.00, 7650.00, 10100.00, 13000.00, 15900.00, 21100.00, 26300.00, 32900.00, 42700.00, 61700.00, 84300.00, 110000.00, 135000.00, 6262000.00],
"B": [0.00, 0.01, 0.03, 0.05, 0.10, 0.15, 0.20, 0.30, 0.40, 0.50, 0.60, 0.70, 0.80, 0.90, 1.00, 1.10, 1.20, 1.30, 1.35, 1.40, 1.45, 1.50, 1.55, 1.60, 1.65, 1.70, 1.75, 1.80, 1.85, 1.90, 1.95, 2.00, 2.05, 2.10, 2.15, 2.20, 2.25, 2.30, 10.00]
}
}
]
Caution
Set the first data point to H=0., B=0. Define the curve so that dB/dH is >=0. In particular, define it so that the slope approaches \(\mu_0\) (permeability of vacuum) outside the high-H range.
encrypted_data#
- encrypted_data(20)#
- Type:
String
- Description:
Encrypted B-H curve data string.
Use this to enter encrypted B-H curve data. Encrypted data can be obtained from the SSIL material library. More data will be provided sequentially.
20.2. Temperature-dependent B-H curve#
- 20_2_TempDepend_B_H_Curve(20)#
Sets a temperature-dependent B-H curve.
A temperature-data file temperature.dat for each element at each time is required.
Text-format section
- Type:
Fixed parameter set 1
- Number of rows:
6 + NO_DATA
- Number of parameters:
1, 2, NO_DATA
* BH_CURVE_ID * NO_DATA * NO_CURVES * TYPE *
I I I I(0,1)
* TEMPERATURE *
E
* H [A/m] * B [T] *
E E
E E
* NO_BM_DATA * HM [A/m] *
I E
* TEMPERATURE *
E
* BM [T] *
E
"20_2_TempDepend_B_H_Curve" :
[
{
"BH_CURVE_ID": I,
"NO_DATA": I,
"NO_CURVES": I,
"TYPE": 0,
"TEMPERATURE": [E],
"data":
{
"H": [E],
"B": [[E], [E]]
},
"temp_data":
{
"HM": E,
"TEMPERATURE": [E],
"BM": [E]
}
},
{
"BH_CURVE_ID": I,
"NO_DATA": I,
"NO_CURVES": I,
"TYPE": 1,
"TEMPERATURE": [E],
"data":
{
"H": [E],
"B": [[E], [E]]
},
"temp_data":
{
"TEMPERATURE": [E],
"data":
{
"H": [E],
"B": [E]
},
"data":
{
"H": [E],
"B": [E]
}
}
}
]
BH_CURVE_ID#
- BH_CURVE_ID(20.2)#
Text-format section
[row, col] = [1, 1]
Type=I
- Type:
Integer (I)
- Description:
Temperature-dependent B-H curve identifier.
TYPE#
- TYPE(20.2)#
Text-format section
[row, col] = [1, 4]
Type |
Description |
|---|---|
0 |
Enter magnetic flux density as a function of magnetic field strength. |
1 |
Enter as a BH curve for each temperature. |
TEMPERATURE#
- TEMPERATURE(20.2)#
Text-format section
[row, col] = [2, 1]
- Type:
Real number (E)
- Unit:
\(^\circ\mathrm{C}\)
- Description:
Temperature. Enter as an array.
data#
- data(20.2)#
- JSON key:
Array data of H, magnetic field strength [A/m], and B, magnetic flux density [T].
H#
- H(20.2)#
Text-format section
[row, col] = [3, 1]
- Type:
Real number (E)
- Unit:
AT/m
- Description:
Array data of magnetic field strength. Includes H=0.
B#
- B(20.2)#
Text-format section
[row, col] = [3, 2]
- Type:
Real number (E)
- Unit:
T [Tesla]
- Description:
Magnetic flux density. Enter as a two-dimensional array.
The array has the same number of elements as TEMPERATURE.
temp_data#
- temp_data(20.2)#
Data required for linear interpolation.
Sets the magnetic flux density at each temperature for the reference magnetic field strength.
When TYPE=0#
Define an array with the same number of elements as the temperature data TEMPERATURE.
HM#
- HM TYPE=0(20.2)#
Text-format section
[row, col] = [4, 2]
- Type:
Real number (E)
- Unit:
AT/m
- Description:
Reference magnetic field strength.
TEMPERATURE#
- TEMPERATURE TYPE=0(20.2)#
Text-format section
[row, col] = [5, 1]
- Type:
Real number (E)
- Unit:
\(^\circ\mathrm{C}\)
- Description:
Temperature.
BM#
- BM TYPE=0(20.2)#
Text-format section
[row, col] = [6, 1]
- Type:
Real number (E)
- Unit:
T [Tesla]
- Description:
Reference magnetic flux density at each temperature for
HM.
When TYPE=1#
Define a B-H curve for each temperature.
BH_CURVE_ID#
- BH_CURVE_ID TYPE=1(20.2)#
Text-format section
[row, col] = [1, 1]
- Type:
Integer (I)
- Description:
Temperature-dependent B-H curve identifier.
TEMPERATURE#
- TEMPERATURE TYPE=1(20.2)#
Text-format section
[row, col] = [2, 1]
- Type:
Real number (E)
- Unit:
\(^\circ\mathrm{C}\)
- Description:
Temperature.
data#
- data TYPE=1(20.2)#
- JSON key:
Array data of H, magnetic field strength [A/m], and B, magnetic flux density [T].
H#
- H TYPE=1(20.2)#
Text-format section
[row, col] = [3, 1]
- Type:
Real number (E)
- Unit:
AT/m
- Description:
Array data of magnetic field strength. Includes
H= 0.
B#
- B TYPE=1(20.2)#
Text-format section
[row, col] = [3, 2]
- Type:
Real number (E)
- Unit:
T [Tesla]
- Description:
Magnetic flux density (T). Enter as a two-dimensional array.
The array has the same number of elements as TEMPERATURE.
20.3. Two-dimensional magnetic anisotropy B-H curve#
- 20_3_2D_Anisotropy_B_H_Curve(20)#
Sets a two-dimensional magnetic anisotropy B-H curve.
Text-format section
- Type:
Fixed parameter set 1
- Number of rows:
3 + NO_DATA
- Number of parameters:
1, 2, NO_DATA
* BH_2D_ID * NO_B_DATA * NO_ANGLE_DATA * TYPE *
I I I 0
* B(T) * H_ABS(0deg)(A/m) **** H_ABS(90deg) *
E E E
E E E
* B(T) * H_TRANSVERSE(0deg)(A/m) **** H_TRANSVERSE(90deg) *
E E
E E
* BH_2D_ID * NO_B_DATA * NO_ANGLE_DATA * TYPE *
I I I 1
* B(T) * H_ABS(0deg)(A/m) **** H_ABS(90deg) *
E E E
E E E
* B(T) * H_ANGLE(0deg)(A/m) **** H_ANGLE(90deg) *
E E
E E
"20_3_Anisotropy2D_BH_Curve" :
[
{
"BH_CURVE_ID" : I,
"TYPE" : 0,
"data" :
{
"B" : [ E, ..., E],
"H_ABS" :
[
[ E, ..., E],
[ E, ..., E]
],
"H_TRANSVERSE" :
[
[ E, ..., E],
[ E, ..., E]
]
}
},
{
"BH_CURVE_ID" : I,
"TYPE" : 1,
"data" :
{
"B" : [ E, ..., E],
"H_ABS" :
[
[ E, ..., E],
[ E, ..., E]
],
"H_ANGLE" :
[
[ E, ..., E],
[ E, ..., E]
]
}
}
]
BH_2D_ID#
- BH_2D_ID(20.3)#
Text-format section
[row, col] = [1, 1]
- Type:
Integer (I)
- Description:
Two-dimensional magnetic anisotropy B-H curve identifier.
Text-format section
TYPE#
- TYPE(20.3)#
Text-format section
[row, col] = [1, 4]
Type |
Description |
|---|---|
0 |
Enter |
1 |
Enter the absolute value and direction angle of |
data#
- data(20.3)#
- JSON key:
Array data of H, magnetic field strength [A/m], and B, magnetic flux density [T].
B#
- B(20.3)#
Text-format section
[row, col] = [2, 1]
- Type:
Real number (E)
- Unit:
T [Tesla]
- Description:
Array data of magnetic flux density. Includes
B= 0.
H_ROLLING / H_ABS#
- H_ROLLING(20.3)#
- H_ABS(20.3)#
Text-format section
[row, col] = [2, 2]
- Type:
Real number (E)
- Unit:
A/m
- Description:
Enter
Hin the rolling direction or the absolute value ofHas a function of the angle ofB(degrees).
At B=0,
H_ROLLING=H_ABS= 0.At an angle of 90 degrees,
H_ROLLING= 0.
H_TRANSVERSE / H_ANGLE#
- H_TRANSVERSE(20.3)#
- H_ANGLE(20.3)#
Text-format section
[row, col] = [3, 2]
- Type:
Real number (E)
- Unit:
A/m
- Description:
Enter
Hin the transverse direction or the angle ofHas a function of the angle ofB(degrees).
At B=0,
H_TRANSVERSE= 0.At an angle of 0 degrees,
H_TRANSVERSE= 0 andH_ANGLE= 0.At an angle of 90 degrees,
H_ANGLE= 90.For all data, 0 <=
H_ANGLE<= 90.
20.4. Permanent-magnet demagnetization curve#
- 20_4_Magnet_Demagnetization_Curve(20)#
Sets a permanent-magnet demagnetization curve.
Text-format section
- Type:
Fixed parameter set 1
- Number of rows:
2 + NO_DATA
- Number of parameters:
1, 2, NO_DATA
* MAGNET_BH_CURVE_ID * NO_DATA * ADD_EXTEND_POINT *
I I I(0,1)
* H [A/m] * B [T] *
E E
E E
"20_4_Magnet_Demagnetization_Curve":
[
{
"MAGNET_BH_CURVE_ID": I,
"ADD_EXTEND_POINT": 0,
"data":
{
"H": [E, ..., E],
"B": [E, ..., E]
}
}
]
MAGNET_BH_CURVE_ID#
- MAGNET_BH_CURVE_ID(20.4)#
Text-format section
[row, col] = [1, 1]
- Type:
Integer (I)
- Description:
Permanent-magnet demagnetization curve identifier.
ADD_EXTEND_POINT#
- ADD_EXTEND_POINT(20.4)#
Text-format section
[row, col] = [1, 3]
Type |
Description |
|---|---|
0 |
Does not extrapolate (default). |
1 |
If the demagnetization curve has no data in the fourth quadrant, extrapolates the data using the recoil permeability. This option is unnecessary if data is also available in the fourth quadrant. |
data#
- data(20.4)#
- JSON key:
Array data of H, magnetic field strength [A/m], and B, magnetic flux density [T].
H#
- H(20.4)#
Text-format section
[row, col] = [2, 1]
- Type:
Real number (E)
- Unit:
A/m
- Description:
Array data of magnetic field strength.
B#
- B(20.4)#
Text-format section
[row, col] = [2, 2]
- Type:
Real number (E)
- Unit:
T [Tesla]
- Description:
Array data of magnetic flux density.
Caution
Enter the residual magnetic flux density Br (H=0) as the last data point of the demagnetization curve.
Uses the slope between the residual magnetic flux density and the preceding data point as the recoil permeability in the easy-magnetization direction.
For the hard-magnetization direction, uses the MU entered for the linear material.
Example of demagnetization-curve extrapolation/interpolation#
The demagnetization curve for each temperature must be defined in its own MAGNET_BH_CURVE and assigned to MAGNET_BH_CURVE_ID.
The <PM Demagnetization module> is required for use.
20.5. Temperature-dependent permanent-magnet demagnetization curve#
- 20_5_TempDepend_Magnet_Demagnetization_Curve(20)#
Sets a temperature-dependent permanent-magnet demagnetization curve.
Text-format section
- Type:
Fixed parameter set 1
- Number of rows:
4 + NO_DATA
- Number of parameters:
1, 2, NO_DATA
* MAGNET_BH_CURVE_ID * NO_DATA * NO_CURVES * TYPE *
I I I 0
* H [A/m] *
E E
* TEMPERATURE *
E E
* B [T] *
E E
E E
* MAGNET_BH_CURVE_ID * NO_DATA *
I I
* H [A/m] * B [T] *
E E
E E
* MAGNET_BH_CURVE_ID * NO_DATA * NO_CURVES * TYPE *
I I I 1
* TEMPERATURE *
E E
* H [A/m] * B [T] *
E E
E E
* MAGNET_BH_CURVE_ID * NO_DATA *
I I
* H [A/m] * B [T] *
E E
E E
"20_5_TempDepend_Magnet_B_H_Curve" :
[
{
"CURVE_ID" : I,
"TYPE" : 0,
"ADD_EXTEND_POINT" : I,
"BH_curve" :
[
{
"BH_CURVE_ID" : I,
"data" :
{
"H" : [ E, ..., E],
"B" : [ [E, ..., E], [E, ..., E] ],
"TEMPERATURE" : [ E, ..., E]
}
}
]
},
{
"CURVE_ID" : I,
"TYPE" : 1,
"ADD_EXTEND_POINT" : I,
"BH_curve" :
[
{
"BH_CURVE_ID" : I,
"TEMPERATURE" : E,
"ADD_EXTEND_POINT" : I,
"data" :
{
"H" : [ E, ..., E],
"B" : [ E, ..., E]
}
},
{
"BH_CURVE_ID" : I,
"TEMPERATURE" : E,
"ADD_EXTEND_POINT" : I,
"data" :
{
"H" : [ E, ..., E],
"B" : [ E, ..., E]
}
}
]
}
]
MAGNET_BH_CURVE_ID#
- MAGNET_BH_CURVE_ID(20.5)#
Text-format section
[row, col] = [1, 1]
- Type:
Integer (I)
- Description:
Temperature-dependent permanent-magnet demagnetization curve identifier.
Text-format section
TYPE#
- TYPE(20.5)#
Text-format section
[row, col] = [1, 4]
Type |
Description |
|---|---|
0 |
Enter magnetic flux density as a function of magnetic field strength. |
1 |
Enter as a demagnetization curve for each temperature. |
ADD_EXTEND_POINT#
- ADD_EXTEND_POINT(20.5)#
Text-format section
[row, col] = [1, 3]
Type |
Description |
|---|---|
0 |
Does not extrapolate (default). |
1 |
If the demagnetization curve has no data in the fourth quadrant, extrapolates the data using the recoil permeability. This option is unnecessary if data is also available in the fourth quadrant. |
When TYPE=0
data#
- data(20.5)#
- JSON key:
Array data of H, magnetic field strength [A/m], and B, magnetic flux density [T].
H#
- H(20.5)#
Text-format section
[row, col] = [3, 1]
- Type:
Real number (E)
- Unit:
AT/m
- Description:
Array data of magnetic field strength.
B#
- B(20.5)#
Text-format section
[row, col] = [3, 2]
- Type:
Real number (E)
- Unit:
T [Tesla]
- Description:
Array data of magnetic flux density.
Enter B for each temperature as an array indexed by H.
TEMPERATURE#
- TEMPERATURE(20.5)#
Text-format section
[row, col] = [2, 1]
- Type:
Real number (E)
- Unit:
\(^\circ\mathrm{C}\)
- Description:
Temperature. Enter as an array.
When TYPE=1
MAGNET_BH_CURVE_ID#
- MAGNET_BH_CURVE_ID(20.5)#
Text-format section
[row, col] = [1, 1]
- Type:
Integer (I)
- Description:
Temperature-dependent permanent-magnet demagnetization curve identifier.
TEMPERATURE#
- TEMPERATURE(20.5)#
Text-format section
[row, col] = [2, 1]
- Type:
Real number (E)
- Unit:
\(^\circ\mathrm{C}\)
- Description:
Temperature. Enter as an array.
data#
- data(20.5)#
H#
- H(20.5)#
Text-format section
[row, col] = [5, 1]
- Type:
Real number (E)
- Unit:
AT/m
- Description:
Array data of magnetic field strength.
B#
- B(20.5)#
Text-format section
[row, col] = [5, 2]
- Type:
Real number (E)
- Unit:
T [Tesla]
- Description:
Array data of magnetic flux density.
Caution
A temperature-data file temperature.dat for each element at each time is required.
20.6. Permanent-magnet magnetization curve#
- 20_6_Magnetization_Curve(20)#
Sets a permanent-magnet magnetization curve.
Text-format section
- Type:
Fixed parameter set 1
- Number of rows:
3 + NO_DATA
- Number of parameters:
1, 2, NO_DATA
* NO_MAGNETIZATION_CURVES *
I
* BH_CURVE_ID * NO_DATA * REF_BH_CURVE_ID *
I I I
* H [A/m] * RATE * RECOIL_PERMEABILITY *
E E E
E E E
"20_6_Magnetization_BH_Curve" :
[
{
"BH_CURVE_ID" : I,
"REF_BH_CURVE_ID" : I,
"data" :
{
"H" : [ E, ..., E],
"RATE" : [ E, ..., E],
"RECOIL_MU" : [ E, ..., E]
}
}
]
Text-format section
BH_CURVE_ID#
- BH_CURVE_ID(20.6)#
Text-format section
[row, col] = [2, 1]
- Type:
Integer (I)
- Description:
Permanent-magnet magnetization curve identifier.
REF_BH_CURVE_ID#
- REF_BH_CURVE_ID(20.6)#
Text-format section
[row, col] = [2, 3]
- Type:
Integer (I)
- Description:
Reference B-H curve identifier for the permanent-magnet magnetization curve.
data#
- data(20.6)#
H#
- H(20.6)#
Text-format section
[row, col] = [3, 1]
- Type:
Real number (E)
- Unit:
AT/m
- Description:
Array data of magnetic field strength.
RATE#
- RATE(20.6)#
Text-format section
[row, col] = [3, 2]
- Type:
Real number (E)
- Description:
Magnetization rate.
RECOIL_MU#
- RECOIL_MU(20.6)#
Text-format section
[row, col] = [3, 3]
- Type:
Real number (E)
- Description:
Recoil permeability. If omitted, 1 is used.