1 /*****************************************************************************/
3 /* 8888888 88888888 88888888 */
6 /* 8 88888888 88888888 */
9 /* 888888 888888888 888888888 */
11 /* A Two-Dimensional General Purpose Semiconductor Simulator. */
13 /* GSS material database Version 0.4 */
14 /* Last update: Feb 17, 2006 */
18 /* NINT, No.69 P.O.Box, Xi'an City, China */
20 /*****************************************************************************/
22 // Material Type: Silicon
27 class GSS_Si_Thermal
: public PMIS_Thermal
30 PetscScalar A_SP_HEA
; // First parameter for the specific heat model of the material.
31 PetscScalar B_SP_HEA
; // Second parameter for the specific heat model of the material.
32 PetscScalar C_SP_HEA
; // Third parameter for the specific heat model of the material.
33 PetscScalar D_SP_HEA
; // Fourth parameter for the specific heat model of the material.
34 PetscScalar F_SP_HEA
; // Fifth parameter for the specific heat model of the material.
35 PetscScalar G_SP_HEA
; // Sixth parameter for the specific heat model of the material.
36 PetscScalar A_TH_CON
; // First parameter for the thermal conductivity model of the material.
37 PetscScalar B_TH_CON
; // Second parameter for the thermal conductivity model of the material.
38 PetscScalar C_TH_CON
; // Third parameter for the thermal conductivity model of the material.
39 PetscScalar E_TH_CON
; // Fifth parameter for the thermal conductivity model of the material.
40 PetscScalar D_TH_CON
; // Fourth parameter for the thermal conductivity model of the material.
44 A_SP_HEA
= 8.509000e+02*J
/kg
/K
;
45 B_SP_HEA
= 1.522000e-01*J
/kg
/pow(K
,2);
46 C_SP_HEA
= 0.000000e+00*J
/kg
/pow(K
,3);
47 D_SP_HEA
= -1.582000e+07*J
/kg
*K
;
48 F_SP_HEA
= 0.000000e+00*J
/kg
/pow(K
,4);
49 G_SP_HEA
= 0.000000e+00*J
/kg
/pow(K
,5);
50 A_TH_CON
= 3.000000e-02*cm
*K
/J
*s
;
51 B_TH_CON
= 1.560000e-03*cm
/J
*s
;
52 C_TH_CON
= 1.650000e-06*cm
/J
*s
/K
;
53 E_TH_CON
= 0.000000e+00;
54 D_TH_CON
= 0.000000e+00*cm
/J
*s
*pow(K
,1-E_TH_CON
);
58 //---------------------------------------------------------------------------
60 PetscScalar
HeatCapacity (const PetscScalar
&Tl
) const
62 return A_SP_HEA
+ B_SP_HEA
*Tl
+ C_SP_HEA
*Tl
*Tl
+ D_SP_HEA
/Tl
/Tl
63 + F_SP_HEA
*Tl
*Tl
*Tl
+ G_SP_HEA
*Tl
*Tl
*Tl
*Tl
;
65 AutoDScalar
HeatCapacity (const AutoDScalar
&Tl
) const
67 return A_SP_HEA
+ B_SP_HEA
*Tl
+ C_SP_HEA
*Tl
*Tl
+ D_SP_HEA
/Tl
/Tl
68 + F_SP_HEA
*Tl
*Tl
*Tl
+ G_SP_HEA
*Tl
*Tl
*Tl
*Tl
;
71 //---------------------------------------------------------------------------
73 PetscScalar
HeatConduction(const PetscScalar
&Tl
) const
75 return 1.0/(A_TH_CON
+ B_TH_CON
*Tl
+ C_TH_CON
*Tl
*Tl
);
77 AutoDScalar
HeatConduction(const AutoDScalar
&Tl
) const
79 return 1.0/(A_TH_CON
+ B_TH_CON
*Tl
+ C_TH_CON
*Tl
*Tl
);
82 // constructor and destructor
84 GSS_Si_Thermal(const PMIS_Environment
&env
):PMIS_Thermal(env
)
96 PMIS_Thermal
* PMIS_Si_Thermal_Default (const PMIS_Environment
& env
)
98 return new GSS_Si_Thermal(env
);