Input file mcp keyword $TRANSPORT_PHASE

Description

this subkeyword specifies the phase in which the component is to be transported.

Parameters

(int) number of the phase. Default: 0

• 0 is water phase
• 1 is solid phase
• 2 is biofilm
• 3 is NAPL phase

Documentation from doxygen

None.

Used in benchmarks

Anisotropy/moleculardiffusion/soil_layer.mcp

  8:    $TRANSPORT_PHASE
  9-    0  ; in water = phase 0
   ...
 19:    $TRANSPORT_PHASE
 20-    0  ; in water = phase 0
   ...

Anisotropy/permeability/soil_layer.mcp

  8:    $TRANSPORT_PHASE
  9-    0  ; in water = phase 0
   ...
 19:    $TRANSPORT_PHASE
 20-    0  ; in water = phase 0
   ...

C/1D_isofrac/1d_isofrac.mcp

 10:   $TRANSPORT_PHASE
 11-    0
   ...
 20:  $TRANSPORT_PHASE
 21-    0
   ...
 30:  $TRANSPORT_PHASE
 31-    0
   ...
 40:  $TRANSPORT_PHASE
 41-    0
   ...
 50:  $TRANSPORT_PHASE
 51-    0
   ...
 60:  $TRANSPORT_PHASE
 61-    0
   ...
 70:  $TRANSPORT_PHASE
 71-    0
   ...
 80:  $TRANSPORT_PHASE
 81-    0
   ...
 90:  $TRANSPORT_PHASE
 91-    0
   ...
100:  $TRANSPORT_PHASE
101-    0
   ...
111:  $TRANSPORT_PHASE
112-    0
   ...
124:  $TRANSPORT_PHASE
125-    0
   ...

C/1D_isofrac/1d_isofrac_AS.mcp

 10:   $TRANSPORT_PHASE
 11-    0
   ...
 20:  $TRANSPORT_PHASE
 21-    0
   ...
 30:  $TRANSPORT_PHASE
 31-    0
   ...
 40:  $TRANSPORT_PHASE
 41-    0
   ...
 51:  $TRANSPORT_PHASE
 52-    0
   ...
 64:  $TRANSPORT_PHASE
 65-    0
   ...

C/1d_TCEaufEisen/1d_TCE_Ion.mcp

 10:   $TRANSPORT_PHASE
 11-    0
   ...
 20:   $TRANSPORT_PHASE
 21-    1
   ...
 30:   $TRANSPORT_PHASE
 31-    0
   ...
 41:   $TRANSPORT_PHASE
 42-    1
   ...
 51:   $TRANSPORT_PHASE
 52-    0
   ...
 61:   $TRANSPORT_PHASE
 62-    1
   ...
 71:   $TRANSPORT_PHASE
 72-    0
   ...
 81:   $TRANSPORT_PHASE
 82-    1
   ...
 91:   $TRANSPORT_PHASE
 92-    0
   ...
102:   $TRANSPORT_PHASE
103-    1
   ...
112:   $TRANSPORT_PHASE
113-    0
   ...
122:   $TRANSPORT_PHASE
123-    1
   ...
132:   $TRANSPORT_PHASE
133-    0
   ...
142:   $TRANSPORT_PHASE
143-    1
   ...
152:   $TRANSPORT_PHASE
153-    0
   ...
162:   $TRANSPORT_PHASE
163-    1
   ...
172:   $TRANSPORT_PHASE
173-    0
   ...
182:   $TRANSPORT_PHASE
183-    0
   ...
192:   $TRANSPORT_PHASE
193-    0
   ...
203:  $TRANSPORT_PHASE
204-    0
   ...

C/1d_xylene_degradation/h2_line.mcp

  8:   $TRANSPORT_PHASE
  9-    0                ; 0 = Wasser, 1 = Matrix, 2 = Bio
   ...
 18:   $TRANSPORT_PHASE
 19-    0
   ...
 28:   $TRANSPORT_PHASE
 29-    0
   ...
 38:   $TRANSPORT_PHASE
 39-    2
   ...
 48:   $TRANSPORT_PHASE
 49-    2
   ...
 58:   $TRANSPORT_PHASE
 59-    2
   ...
 68:   $TRANSPORT_PHASE
 69-    1
   ...
 78:   $TRANSPORT_PHASE
 79-    2
   ...
 88:   $TRANSPORT_PHASE
 89-    0
   ...
 98:   $TRANSPORT_PHASE
 99-    1
   ...
108:   $TRANSPORT_PHASE
109-    2
   ...
118:   $TRANSPORT_PHASE
119-    0
   ...
128:   $TRANSPORT_PHASE
129-    0
   ...
138:   $TRANSPORT_PHASE
139-    2
   ...
148:   $TRANSPORT_PHASE
149-    2
   ...

C/ChemAppCoupling/Wagrien_BatchEqui_PVLE_CAP/wagrien_1D.mcp

132:   $TRANSPORT_PHASE
133-    1
   ...
143:   $TRANSPORT_PHASE
144-    1
   ...
154:   $TRANSPORT_PHASE
155-    1
   ...
165:   $TRANSPORT_PHASE
166-    1
   ...
176:   $TRANSPORT_PHASE
177-    1
   ...
187:   $TRANSPORT_PHASE
188-    1
   ...
198:   $TRANSPORT_PHASE
199-    1
   ...
209:   $TRANSPORT_PHASE
210-    1
   ...
220:   $TRANSPORT_PHASE
221-    1
   ...
231:   $TRANSPORT_PHASE
232-    1
   ...
242:   $TRANSPORT_PHASE
243-    1
   ...
253:   $TRANSPORT_PHASE
254-    1
   ...
264:   $TRANSPORT_PHASE
265-    1
   ...
275:   $TRANSPORT_PHASE
276-    1
   ...
286:   $TRANSPORT_PHASE
287-    1
   ...
297:   $TRANSPORT_PHASE
298-    1
   ...
308:   $TRANSPORT_PHASE
309-    1
   ...
319:   $TRANSPORT_PHASE
320-    1
   ...

C/ChemAppCoupling/slow_kin_cap_act_precalc/cmp8.mcp

107:   $TRANSPORT_PHASE
108-    1
   ...
114:   $TRANSPORT_PHASE
115-    1
   ...

C/Engesgaard/2Kin/slow_kin_pqc/pds.mcp

 70:   $TRANSPORT_PHASE
 71-    1
   ...
 79:   $TRANSPORT_PHASE
 80-    1
   ...

C/Engesgaard/2Kin/slow_kin_pqc_krc/pds.mcp

 79:   $TRANSPORT_PHASE
 80-    1
   ...
 88:   $TRANSPORT_PHASE
 89-    1
   ...

C/Engesgaard/Additional_pqc_output/pds.mcp

 96:   $TRANSPORT_PHASE
 97-    1
   ...
105:   $TRANSPORT_PHASE
106-    1
   ...

C/Engesgaard/Kin/fast_kin_pqc/pds.mcp

 62:   $TRANSPORT_PHASE
 63-    1
   ...
 71:   $TRANSPORT_PHASE
 72-    1
   ...

C/Engesgaard/Kin/fast_kin_pqc_krc/pds.mcp

 79:   $TRANSPORT_PHASE
 80-    1
   ...
 88:   $TRANSPORT_PHASE
 89-    1
   ...

C/Engesgaard/Kin/slow_kin_pqc/pds.mcp

 70:   $TRANSPORT_PHASE
 71-    1
   ...
 79:   $TRANSPORT_PHASE
 80-    1
   ...

C/Engesgaard/Kin/slow_kin_pqc_krc/pds.mcp

 79:   $TRANSPORT_PHASE
 80-    1
   ...
 88:   $TRANSPORT_PHASE
 89-    1
   ...

C/Engesgaard/equi/calcite_pqc_volume/pds.mcp

 55:   $TRANSPORT_PHASE
 56-    1
   ...
 64:   $TRANSPORT_PHASE
 65-    1
   ...

C/Engesgaard/equi/calcite_pqc_weight/pds.mcp

 55:   $TRANSPORT_PHASE
 56-    1
   ...
 64:   $TRANSPORT_PHASE
 65-    1
   ...

C/IPhreeqcCoupling/isotope_fractionation/1d_isofrac.mcp

 24:   $TRANSPORT_PHASE
 25-    0
   ...
 34:  $TRANSPORT_PHASE
 35-    0
   ...
 44:  $TRANSPORT_PHASE
 45-    0
   ...
 54:  $TRANSPORT_PHASE
 55-    0
   ...
 64:  $TRANSPORT_PHASE
 65-    0
   ...
 74:  $TRANSPORT_PHASE
 75-    0
   ...
 84:  $TRANSPORT_PHASE
 85-    0
   ...
 94:  $TRANSPORT_PHASE
 95-    0
   ...
104:  $TRANSPORT_PHASE
105-    0
   ...
114:  $TRANSPORT_PHASE
115-    0
   ...
126:  $TRANSPORT_PHASE
127-    0
   ...
138:  $TRANSPORT_PHASE
139-    0

C/NAPL-dissolution/1D_NAPL-diss_dissolution/1D_TPF_resS_trans.mcp

 10:   $TRANSPORT_PHASE
 11-    0              ; 0 = Wasser, 1 = Matrix, 2 = Bio, 3= NAPL (REV)
   ...
 26:   $TRANSPORT_PHASE
 27-    0              ; 0 = Wasser, 1 = Matrix, 2 = Bio, 3= NAPL (REV)
   ...
 42:   $TRANSPORT_PHASE
 43-    0              ; 0 = Wasser, 1 = Matrix, 2 = Bio, 3= NAPL (REV)
   ...
 58:   $TRANSPORT_PHASE
 59-    3
   ...
 74:   $TRANSPORT_PHASE
 75-    3
   ...
 90:   $TRANSPORT_PHASE
 91-    3
   ...
107:   $TRANSPORT_PHASE
108-    0              ; 0 = Wasser, 1 = Matrix, 2 = Bio, 3= NAPL (REV)
   ...

C/Poro-Perm_Update/Lagneau_Batch/pds.mcp

 17:   $TRANSPORT_PHASE
 18-    0
   ...

C/Poro-Perm_Update/Lagneau_Diffusion/pds.mcp

 17:   $TRANSPORT_PHASE
 18-    0
   ...

C/Poro-Perm_Update/calcite_vol/cmp8_Ca.mcp

 46:  $TRANSPORT_PHASE
 47-  1 ; 0 = aqueous phase, 1 = matrix,  2 = biofilm, 3= NAPL
   ...

C/Poro-Perm_Update/calcite_weight/cmp8_Ca.mcp

 49:  $TRANSPORT_PHASE
 50-  1 ; 0 = aqueous phase, 1 = matrix,  2 = biofilm, 3= NAPL
   ...

C/ReactDeact/1D_isofrac_deac1/1d_isofrac.mcp

 10:   $TRANSPORT_PHASE
 11-    0
   ...
 20:  $TRANSPORT_PHASE
 21-    0
   ...
 30:  $TRANSPORT_PHASE
 31-    0
   ...
 40:  $TRANSPORT_PHASE
 41-    0
   ...
 50:  $TRANSPORT_PHASE
 51-    0
   ...
 60:  $TRANSPORT_PHASE
 61-    0
   ...
 70:  $TRANSPORT_PHASE
 71-    0
   ...
 80:  $TRANSPORT_PHASE
 81-    0
   ...
 90:  $TRANSPORT_PHASE
 91-    0
   ...
100:  $TRANSPORT_PHASE
101-    0
   ...
111:  $TRANSPORT_PHASE
112-    0
   ...
124:  $TRANSPORT_PHASE
125-    0
   ...

C/ReactDeact/1D_isofrac_deac1/1d_isofrac_AS.mcp

 10:   $TRANSPORT_PHASE
 11-    0
   ...
 20:  $TRANSPORT_PHASE
 21-    0
   ...
 30:  $TRANSPORT_PHASE
 31-    0
   ...
 40:  $TRANSPORT_PHASE
 41-    0
   ...
 51:  $TRANSPORT_PHASE
 52-    0
   ...
 64:  $TRANSPORT_PHASE
 65-    0
   ...

C/ReactDeact/1D_isofrac_deac2/1d_isofrac.mcp

 10:   $TRANSPORT_PHASE
 11-    0
   ...
 20:  $TRANSPORT_PHASE
 21-    0
   ...
 30:  $TRANSPORT_PHASE
 31-    0
   ...
 40:  $TRANSPORT_PHASE
 41-    0
   ...
 50:  $TRANSPORT_PHASE
 51-    0
   ...
 60:  $TRANSPORT_PHASE
 61-    0
   ...
 70:  $TRANSPORT_PHASE
 71-    0
   ...
 80:  $TRANSPORT_PHASE
 81-    0
   ...
 90:  $TRANSPORT_PHASE
 91-    0
   ...
100:  $TRANSPORT_PHASE
101-    0
   ...
111:  $TRANSPORT_PHASE
112-    0
   ...
124:  $TRANSPORT_PHASE
125-    0
   ...

C/ReactDeact/1D_isofrac_deac2/1d_isofrac_AS.mcp

 10:   $TRANSPORT_PHASE
 11-    0
   ...
 20:  $TRANSPORT_PHASE
 21-    0
   ...
 30:  $TRANSPORT_PHASE
 31-    0
   ...
 40:  $TRANSPORT_PHASE
 41-    0
   ...
 51:  $TRANSPORT_PHASE
 52-    0
   ...
 64:  $TRANSPORT_PHASE
 65-    0
   ...

C/ReactDeact/1D_isofrac_deac3/1d_isofrac.mcp

 10:   $TRANSPORT_PHASE
 11-    0
   ...
 20:  $TRANSPORT_PHASE
 21-    0
   ...
 30:  $TRANSPORT_PHASE
 31-    0
   ...
 40:  $TRANSPORT_PHASE
 41-    0
   ...
 50:  $TRANSPORT_PHASE
 51-    0
   ...
 60:  $TRANSPORT_PHASE
 61-    0
   ...
 70:  $TRANSPORT_PHASE
 71-    0
   ...
 80:  $TRANSPORT_PHASE
 81-    0
   ...
 90:  $TRANSPORT_PHASE
 91-    0
   ...
100:  $TRANSPORT_PHASE
101-    0
   ...
111:  $TRANSPORT_PHASE
112-    0
   ...
124:  $TRANSPORT_PHASE
125-    0
   ...

C/ReactDeact/1D_isofrac_deac3/1d_isofrac_AS.mcp

 10:   $TRANSPORT_PHASE
 11-    0
   ...
 20:  $TRANSPORT_PHASE
 21-    0
   ...
 30:  $TRANSPORT_PHASE
 31-    0
   ...
 40:  $TRANSPORT_PHASE
 41-    0
   ...
 51:  $TRANSPORT_PHASE
 52-    0
   ...
 64:  $TRANSPORT_PHASE
 65-    0
   ...

C/diffusion/diff_aniso.mcp

  8:    $TRANSPORT_PHASE
  9-    0  ; in water = phase 0
   ...
 19:    $TRANSPORT_PHASE
 20-    0  ; in water = phase 0
   ...

ECLIPSE_DUMUX/2phase_flow_2phase_tracertransport/2pf_2pt.mcp

  7:   $TRANSPORT_PHASE
  8-    0
   ...
 16:   $TRANSPORT_PHASE
 17-    10
   ...

ECLIPSE_DUMUX/kinetic_CO2phase_generation_E100/CO2phase_gen_E100.mcp

  6:  $TRANSPORT_PHASE
  7-   0       ; 0 = aqueous phase, 1 = matrix,  2 = biophase, 3= NAPL
   ...
 16:  $TRANSPORT_PHASE
 17-   0       ; 0 = aqueous phase, 1 = matrix,  2 = biophase, 3= NAPL
   ...
 25:  $TRANSPORT_PHASE
 26-   3       ; 0 = aqueous phase, 1 = matrix,  2 = biophase, 3= NAPL
   ...

ECLIPSE_DUMUX/kinetic_CO2phase_generation_E300/CO2phase_gen_E300.mcp

  6:  $TRANSPORT_PHASE
  7-   0       ; 0 = aqueous phase, 1 = matrix,  2 = biophase, 3= NAPL
   ...
 16:  $TRANSPORT_PHASE
 17-   0       ; 0 = aqueous phase, 1 = matrix,  2 = biophase, 3= NAPL
   ...
 25:  $TRANSPORT_PHASE
 26-   3       ; 0 = aqueous phase, 1 = matrix,  2 = biophase, 3= NAPL
   ...

GAS_FLOW/JTC/JT-Cooling_with_matrix/JTCooling.mcp

  4:  $TRANSPORT_PHASE
  5-  0; index of the MFP vector for reaction
   ...
 32:  $TRANSPORT_PHASE
 33-  0; index of the MFP vector for reaction
   ...
 60:  $TRANSPORT_PHASE
 61-  0; index of the MFP vector for reaction
   ...

GAS_FLOW/JTC/JT-Cooling_without_matrix/JTCooling.mcp

  4:  $TRANSPORT_PHASE
  5-  0; index of the MFP vector for reaction
   ...
 32:  $TRANSPORT_PHASE
 33-  0; index of the MFP vector for reaction
   ...
 60:  $TRANSPORT_PHASE
 61-  0; index of the MFP vector for reaction
   ...

H/sat_2D/H_sat_flow_K_ortho.mcp

  8:    $TRANSPORT_PHASE
  9-    0  ; in water = phase 0
   ...
 19:    $TRANSPORT_PHASE
 20-    0  ; in water = phase 0
   ...

H_us/Dual/dual_vl.mcp

 11:    $TRANSPORT_PHASE
 12-    0  ; in water = phase 0
   ...
 21:    $TRANSPORT_PHASE
 22-    0  ; in water = phase 0
   ...

T2HC/Convection_2D/conv_2D_cart.mcp

  5:  $TRANSPORT_PHASE
  6-  0
   ...
 19:  $TRANSPORT_PHASE
 20-  0
   ...

T2HC/Convection_2D_axi/conv_2D_axi.mcp

  5:  $TRANSPORT_PHASE
  6-  0
   ...
 19:  $TRANSPORT_PHASE
 20-  0
   ...

T2HC/friction/Friction_test.mcp

  5:  $TRANSPORT_PHASE
  6-  0
   ...
 19:  $TRANSPORT_PHASE
 20-  0
   ...

T2HC/heat_of_reaction/reaction_heat.mcp

  5:  $TRANSPORT_PHASE
  6-  0
   ...
 19:  $TRANSPORT_PHASE
 20-  0
   ...

T2HC/heat_transfer/heat_transfer.mcp

  5:  $TRANSPORT_PHASE
  6-  0
   ...
 19:  $TRANSPORT_PHASE
 20-  0
   ...

TCR/Temperature_BacGrowth/bact_growth_new.mcp

 56:   $TRANSPORT_PHASE
 57-    2   ; 0 wasser, 1 matrix, 2 biofilm, 3 REV
   ...

TCR/Temperature_NAPLdiss_Csat/TCE_10C_new.mcp

 11:   $TRANSPORT_PHASE
 12-    0				; 0=water, 1=matrix, 2=Bio, 3=NAPL (REV)
   ...
 27:   $TRANSPORT_PHASE
 28-    3
   ...

TCR/Temperature_NAPLdiss_PhaseDiff/TCE_10C_new.mcp

  9:   $TRANSPORT_PHASE
 10-    0				; 0=water, 1=matrix, 2=Bio, 3=NAPL (REV)
   ...
 25:   $TRANSPORT_PHASE
 26-    3
   ...

TES/Convection_2D/conv_2D_cart.mcp

  5:  $TRANSPORT_PHASE
  6-  0
   ...
 19:  $TRANSPORT_PHASE
 20-  0
   ...

TES/Convection_2D_axi/conv_2D_axi.mcp

  5:  $TRANSPORT_PHASE
  6-  0
   ...
 19:  $TRANSPORT_PHASE
 20-  0
   ...

TES/friction/Friction_test.mcp

  5:  $TRANSPORT_PHASE
  6-  0
   ...
 19:  $TRANSPORT_PHASE
 20-  0
   ...

TES/heat_of_reaction/reaction_heat.mcp

  5:  $TRANSPORT_PHASE
  6-  0
   ...
 19:  $TRANSPORT_PHASE
 20-  0
   ...

THM/deco_2015_b2s1/deco_b2s1.mcp

 14:    $TRANSPORT_PHASE
 15-   0       ; 0 = aqueous phase, 1 = matrix,  2 = biophase, 3= NAPL
   ...

Source code reading this keyword from Input files

FEM/rfmat_cp.cpp line 312

 312: 		}
 313: 		//....................................................................
 314: 		// subkeyword found
 315: 		if(line_string.find("$TRANSPORT_PHASE") != std::string::npos)
 316: 		{
 317: 			//      rfd_file->getline(line,MAX_ZEILE);
 318: 			//      line_string = line;

Last modified: 2016-01-21 13:48:59.649462

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