STOMP User Guide
Subsurface Transport Over Multiple Phases
STOMP User Guide
Subsurface Transport Over Multiple Phases
List of STOMP Variables
A B C D E F G H I J K L M N O P Q R S T U V W X Y Z
| Variables | Description |
|---|---|
| ACNM | Air Component Name |
| ACPP |
Air Component Parameters |
| (1,:) Molecular Weight, kg/kmol | |
| (2,:) Normal Boiling Point, K | |
| (3,:) Critical Temperature, K | |
| (4,:) Critical Pressure, Pa | |
| (5,:) Critical Molar Volume cm3/mole | |
| (6,:) Critical Compressibility | |
| (7,:) Pitzer Acentric Factor | |
| (8,:) Dipole moment | |
| (9,:) Isobaric Molar Specific Heat Coeff., a0 | |
| (10,:) Isobaric Molar Specific Heat Coeff., a1 | |
| (11,:) Isobaric Molar Specific Heat Coeff., a2 | |
| (12,:) Isobaric Molar Specific Heat Coeff., a3 | |
| (13,:) Isobaric Molar Specific Heat Coeff., a4 | |
| (14,:) Peng-Robinson Pure Component, a parameter | |
| (15,:) Peng-Robinson Pure Component, b parameter | |
| (16,:) Peng-Robinson Pure Component, fw parameter | |
| (17,:) Mole Fraction | |
| ACTVC | Constant Activity Coefficient for ECKEChem |
| AFX | X-Direction Node Area, m2 |
| AFY | Y-Direction Node Area, m2 |
| AFZ | Z-Direction Node Area, m2 |
| AFZSP | Areal Node Surface Area for Spill Modeling, m2 |
| AGLF | Interfacial Area between Free Gas and Aqueous, m2 |
| AGLT | Interfacial Area between Trapped Gas and Aqueous, m2 |
| ALAMB | Ternary Interaction Parameter for the Pitzer Activity Model |
| ALBEDO | Soil Albedo Function Parameters |
| (1,:) Dry Soil Albedo | |
| (2,:) Wet Soil Albedo | |
| (3,:) Albedo Attenuation Factor | |
| (4,:) Albedo @ Solar Zenith = 60° | |
| (5,:) Briegleb Albedo Model Parameter C | |
| ALU | Jacobian Coefficient Matrix |
| ANLF | Specific Aqueous-Free NAPL Interfacial Area, 1/m |
| ANLT | Specific Aqueous-Trapped NAPL Interfacial Area, 1/m |
| AOPF_FC | Air Orifice Plate Frequency, 1/m |
| ARAI_FC | Area of Air Inlet Chimney, m2 |
| ARAO_FC | Area of Air Outlet Chimney, m2 |
| ARCAI_FC | Arc of Air Inlet Chimney, rads |
| ARCAO_FC | Arc of Air Outlet Chimney, rads |
| ARCAP_FC | Arc of Air Inlet Plenum, rads |
| ARCFI_FC | Arc of Fuel Inlet Chimney, rads |
| ARCFO_FC | Arc of Fuel Outlet Chimney, rads |
| ARCFP_FC | Arc of Fuel Inlet Plenum, rads |
| ARFI_FC | Area of Fuel Inlet Chimney, m2 |
| ARFO_FC | Area of Fuel Outlet Chimney, m2 |
| AROA_FC | Air Chimney-to-Plenum Orifice Area, m2 |
| AROF_FC | Fuel Chimney-to-Plenum Orifice Area, m2 |
| ASGT | Apparent Trapped Gas Saturation |
| ASGTL | Apparent Trapped Gas Saturation, Aqueous |
| ASGTN | Apparent Trapped Gas Saturation, NAPL |
| ASL | Apparent Aqueous Saturation |
| ASLMIN | Minimum Apparent Aqueous Saturation |
| ASLMIN_VE | Minimum Apparent Aqueous Saturation for Vertical Equilibrium |
| ASLMIN_VEQ | Minimum Apparent Aqueous Saturation for Vertical Equilibrium |
| ASLSC | Apparent Aqueous Saturation at Reversal Point |
| ASNMIN | Minimum Apparent NAPL Saturation |
| ASNR | Apparent Residual NAPL Saturation |
| ASNT | Apparent Trapped NAPL Saturation |
| AST | Apparent Total-Liquid Saturation |
| ASTMAX | Maximum Apparent Total-Liquid Saturation |
| ASTMIN | Minimum Apparent Total-Liquid Saturation |
| ATALAM | Ternary Function for the Pitzer Activity Model |
| ATB0 | Binary Function for the Pitzer Activity Model |
| ATB1 | Binary Function for the Pitzer Activity Model |
| ATB2 | Binary Function for the Pitzer Activity Model |
| ATCLAM | Ternary Function for the Pitzer Activity Model |
| ATCMX | Binary Function for the Pitzer Activity Model |
| ATHLAM | Ternary Function for the Pitzer Activity Model |
| ATMC | Atmospheric Condition Measurement Parameters |
| (1) Wind Speed Measurement Height, m | |
| (2) Air Temp./Relative Humidity Measurement Height, m | |
| (3) Local Longitude, deg | |
| (4) Local Latitude, deg | |
| (5) Local Meridian, deg | |
| ATMOS | Atmospheric Condition Parameters |
| (1,:) Time, s | |
| (2,:) Temperature, C | |
| (3,:) Pressure, Pa | |
| (4,:) Relative Humidity, % | |
| (5,:) Incident Solar Radiation, W/m2 | |
| (6,:) Wind Speed, m/s | |
| ATMST | Atmospheric Conditions Data Start Time, s |
| ATNLAM | Ternary Function for the Pitzer Activity Model |
| ATPA | Binary Parameters for the Pitzer Activity Model |
| ATPC | Binary Parameters for the Pitzer Activity Model |
| ATTA | Binary Parameters for the Pitzer Activity Model |
| ATTC | Binary Parameters for the Pitzer Activity Model |
| AVPVG | Average Pore Gas Velocity, m/s |
| AVPVL | Average Pore Aqueous Velocity, m/s |
| B0 | Binary interaction parameter for the Pitzer Activity Model |
| B1 | Binary interaction parameter for the Pitzer Activity Model |
| B2 | Binary interaction parameter for the Pitzer Activity Model |
| B2P_HT | Table of 2 Phase Beta Values |
| BC | Boundary Condition Variables |
| BC_GM | Geomechanics Boundary Conditions |
| BCXYZG | XYZ Gradient Base Pressure, Pa |
| BGL | Gas-Aqueous Scaling Factor |
| BGN | Gas-NAPL Scaling Factor |
| BHL | NAPL-Aqueous Scaling |
| BIG | Constant, 1E20 |
| BIJNA | Binary Interaction Parameters |
| BIJTD | Binary Interaction Parameters |
| BIL | Ice-Aqueous Scaling Factor |
| BIPC | Binary Interaction Parameters |
| BIPF | Binary Interaction Parameters |
| BLU | Solution Vector |
| BMMX | Binary interaction function for the Pitzer Activity Model |
| BNL | NAPL-Aqueous Scaling Factor |
| BPHI | Binary interaction function for the Pitzer Activity Model |
| BPPR | Binary interaction function for the Pitzer Activity Model |
| BPR | Binary interaction function for the Pitzer Activity Model |
| BTGL | Gas-Aqueous Scaling Factor |
| BTGL_VEQ | Gas-Aqueous Scaling Factor for Vertical Equilibrium |
| BTGLB | Gas-Aqueous Scaling Factor at Boundary |
| C | Solute Concentration, 1/m3 |
| C_OBDT | Field-Observation Output Units* (64 characters) |
| CA_GL | Gas-Aqueous Contact Angle, deg |
| CA_GN | Gas-NAPL Contact Angle, deg |
| CA_NL | NAPL-Aqueous Contact Angle, deg |
| CARD | Card Name* (64 characters) |
| CB | Boundary Solute Concentration, 1/m3 |
| CBO | Old Time Step Boundary Solute Concentration, 1/m3 |
| CCL_CRN | Aqueous Cut-Off Concentration for Courant Limit Control |
| CDLSF_FC | Stack Frame Limiting Current Density, A/cm2 |
| CFMX | Pore-scale to Macro-Scale Factor |
| CH_VRSN | User's Guide Version Number |
| CHDATE | Date* (10 characters) |
| CHDF | Solute Chain Decay Fraction |
| CHKN | Characteristic Matrix Length, m |
| CHML | Matrix Characteristic Length, m |
| CHMSG | Error Message* (132 characters) |
| CHREF | Reference Node Variable Abbreviation* (4 characters) |
| CHSF | Surface Flux Variable Abbreviation* (4 characters) |
| CHTIME | Time* (8 characters) |
| CIMTC | Oil Interphase Mass Transfer Coefficients |
| CINH | Gas Hydrate Inhibitor Coefficient |
| CL_GM | Direction Cosines for Geomechanics |
| CLAMB | Ternary Interaction Parameter for the Pitzer Activity Model |
| CLKMX | Maximum Clock Time, s |
| CLKSEC | Clock Time, s |
| CLU | Solution Vector |
| CMIN | Minimum Species Concentration, 1/m3 |
| CMP | Rock/Soil Compressibility Parameters |
| (1,:) Matrix Compressibility, 1/Pa | |
| (2,:) Fracture Compressibility, 1/Pa | |
| (3,:) Compressibility Reference Pressure, Pa | |
| CMPNY | Company Name* |
| CMTLN | NAPL-Aqueous Interphase Mass Transfer Coefficients |
| CMXX | Binary Parameter for the Pitzer Activity Model |
| CNL | Solute Concentration in NAPL, 1/m3 |
| CNLO | Old Time Step Solute Concentration in NAPL, 1/m3 |
| CNM_OS | Component Name for Oil Shales |
| CO | Old Time Step Solute Concentration, 1/m3 |
| CPAC | Isobaric Molar Specific Heat Constants |
| (1) Constant a | |
| (2) Constant b | |
| (3) Constant c | |
| (4) Constant d | |
| CPAI_SP | Specific Heat of Air Inlet - Supply Pipe, J/kg K |
| CPAO_SP | Specific Heat of Air Outlet - Supply Pipe, J/kg K |
| CPFI_SP | Specific Heat of Fuel Inlet - Supply Pipe, J/kg K |
| CPFO_SP | Specific Heat of Fuel Outlet - Supply Pipe, J/kg K |
| CPIC_FC | Specific Heat of Inner Casing - Fuel Cell, J/kg K |
| CPIC_SP | Specific Heat of Inner Casing Wall - Supply Pipe, J/kg K |
| CPIN_FC | Specific Heat of Inner Casing Insulation - Fuel Cell, J/kg K |
| CPIN_SP | Specific Heat of Inner Casing Insulation - Supply Pipe, J/kg K |
| CPLY_RL | Aqueous Relative Permeability Polynomial Coefficients |
| CPLY_SL | Aqueous Saturation Polynomial Coefficients |
| CPOC | Oil Isobaric Molar Specific Heat Constants |
| CPOC_FC | Specific Heat of Outer Casing - Fuel Cell, J/kg K |
| CPOC_SP | Specific Heat of Outer Casing - Supply Pipe, J/kg K |
| CPS | Rock/Soil Specific Heat, J/kg K |
| CPSF_FC | Specific Heat of Spacer Rings and Frame Plates - Fuel Cell, J/kg K |
| CPSP_FC | Specific Heat of Separator Rings and Frame Plates - Fuel Cell, J/kg K |
| CPUMX | Maximum CPU Time, s |
| CPUSEC | CPU Time, s |
| CRMSIT | SAC Destination Site Name |
| CRNTG | Gas Courant Number |
| CRNTL | Aqueous Courant Number |
| CRNTMXC | Maximum Courant Number for Oil Transport |
| CRNTMXT | Maximum Courant Number for Solute or Species Transport |
| CRNTN | NAPL Courant Number |
| CTA | Higher Order Mixing Term for Unsymmetrical Electrolyte Mixings in Pitzer Model |
| CTAPH | Higher Order Mixing Terms for Unsymmetrical Electrolyte Mixings in Pitzer Model |
| CTAPPR | Higher Order Mixing Terms for Unsymmetrical Electrolyte Mixings in Pitzer Model |
| CTAPR | Higher Order Mixing Terms for Unsymmetrical Electrolyte Mixings in Pitzer Model |
| CTC | Higher Order Mixing Terms for Unsymmetrical Electrolyte Mixings in Pitzer Model |
| CTCPH | Higher Order Mixing Terms for Unsymmetrical Electrolyte Mixings in Pitzer Model |
| CTCPPR | Higher Order Mixing Terms for Unsymmetrical Electrolyte Mixings in Pitzer Model |
| CTCPR | Higher Order Mixing Terms for Unsymmetrical Electrolyte Mixings in Pitzer Model |
| D2B2P_HT | Table of 2 Phase Second Derivative Beta Values |
| D2FK2P_HT | Table of 2 Phase Second Derivative K-Factor Values |
| D2FKLE_HT | Table of Lower Phase Envelope Second Derivative K-Factor Values |
| D2FKUE_HT | Table of Upper Phase Envelope Second Derivative K-Factor Values |
| D2PLE_HT | Table of Lower Phase Envelope Second Derivative Pressures |
| D2PUE_HT | Table of Upper Phase Envelope Second Derivative Pressures |
| D50 | Mean Particle Diameter (d50), m |
| DBH_FC | Diameter of Borehole - Fuel Cell, m |
| DBH_SP | Diameter of Borehole - Supply Pipe, m |
| DBLTIM | Mass Balance Times, s |
| DFEF | Water Vapor Enhanced Diffusion Function Coefficients |
| (1,:) Parameter A | |
| (2,:) Parameter B | |
| (3,:) Parameter C | |
| (4,:) Parameter D | |
| (5,:) Parameter E | |
| DFGA | Gas CO2 or Air Diffusion Coefficient, m2/s |
| DFGAB | Gas CO2 or Air Diffusion Coefficient on Boundary, m2/s |
| DFGAC | Gas CO2 Diffusion Coefficient Constant , m2/s |
| DFGC | Gas Component Diffusion Coefficient Constant, m2/s |
| DFGCB | Gas Component Diffusion Coefficient on Boundary, m2/s |
| DFGN | Gas Nitrogen Diffusion Coefficient, m2/s |
| DFGNB | Gas Nitrogen Diffusion Coefficient on Boundary, m2/s |
| DFGNC | Gas Nitrogen Diffusion Coefficient, m2/s |
| DFGO | Gas Oil Diffusion Coefficient, m2/s |
| DFGOB | Gas Oil Diffusion Coefficient on Boundary, m2/s |
| DFGOC | Gas Oil Diffusion Coefficient Constant, m2/s |
| DFGW | Gas Water Diffusion Coefficient, m2/s |
| DFGWB | Gas Water Diffusion Coefficient on Boundary, m2/s |
| DFGWC | Gas Water Diffusion Coefficient, m2/s |
| DFGWW | Gas Water Well Diffusion Coefficient, m2/s |
| DFGWWB | Gas Water Well Diffusion Coefficient on Boundary, m2/s |
| DFLA | Aqueous Air Diffusion Coefficient, m2/s |
| DFLAB | Aqueous Air Diffusion Coefficient on Boundary, m2/s |
| DFLAC | Aqueous Air Diffusion Coefficient Constant, m2/s |
| DFLAW | Aqueous Air Well Diffusion Coefficient, m2/s |
| DFLAWB | Aqueous Air Well Diffusion Coefficient on Boundary, m2/s |
| DFLC | Aqueous Component Diffusion Coefficient, m2/s |
| DFLCB | Aqueous Component Diffusion Coefficient on Boundary, m2/s |
| DFLN | Aqueous Nitrogen Diffusion Coefficient, m2/s |
| DFLNB | Aqueous Nitrogen Diffusion Coefficient on Boundary, m2/s |
| DFLNC | Aqueous Nitrogen Diffusion Coefficient Constant, m2/s |
| DFLO | Aqueous Oil Diffusion Coefficient, m2/s |
| DFLOB | Aqueous Oil Diffusion Coefficient on Boundary, m2/s |
| DFLOC | Aqueous Oil Diffusion Coefficient Constant, m2/s |
| DFLOW | Aqueous Oil Well Diffusion Coefficient, m2/s |
| DFLOWB | Aqueous Oil Well Diffusion Coefficient on Boundary, m2/s |
| DFLS | Aqueous Salt Diffusion Coefficient, m2/s |
| DFLSB | Aqueous Salt Diffusion Coefficient on Boundary, m2/s |
| DFLSC | Aqueous Salt Diffusion Coefficient Constant, m2/s |
| DFNA | NAPL Alcohol Diffusion Coefficient, m2/s |
| DFNAB | NAPL Alcohol Diffusion Coefficient on Boundary, m2/s |
| DFNAC | NAPL Diffusion CO2 Coefficient Constant, m2/s |
| DFNC | NAPL Component Diffusion Coefficient, m2/s |
| DFNCB | NAPL Diffusion Component Coefficient on Boundary, m2/s |
| DFNN | NAPL N2 Diffusion Coefficient, m2/s |
| DFNNB | NAPL N2 Diffusion Coefficient on Boundary, m2/s |
| DFNNC | NAPL N2 Diffusion Coefficient Constant, m2/s |
| DFNO | NAPL Oil Diffusion Coefficient, m2/s |
| DFNOB | NAPL Oil Diffusion Coefficient on Boundary, m2/s |
| DFNOC | NAPL Oil Diffusion Coefficient Constant, m2/s |
| DFNW | NAPL Water Diffusion Coefficient, m2/s |
| DFNWB | NAPL Water Diffusion Coefficient on Boundary, m2/s |
| DFNWC | NAPL Water Diffusion Coefficient Constant, m2/s |
| DHR_FC | Reaction Energy Released per Mass of Fuel, J/kg |
| DIAI_SP | Inner Diameter of Air Inlet of Supply Pipe, m |
| DIAO_SP | Outer Diameter of Air Inlet of Supply Pipe, m |
| DIFI_SP | Inner Diameter of Fuel Inlet of Supply Pipe, m |
| DIFO_SP | Outer Diameter of Fuel Inlet of Supply Pipe, m |
| DIIC_FC | Inner Diameter of Inner Casing of Fuel Cell, m |
| DIIC_SP | Inner Diameter of Inner Casing of Supply Pipe, m |
| DIIN_SP | Inner Diameter of Inner Casing Insulation of Supply Pipe, m |
| DIOC_FC | Inner Diameter of Outer Casing of Fuel Cell, m |
| DIOC_SP | Inner Diameter of Outer Casing of Supply Pipe, m |
| DISPL | Longitudinal Dispersivity, m |
| DISPL_GM | (1,:) X-Direction Geomechanical Displacement, m |
| (2,:) Y-Direction Geomechanical Displacement, m | |
| (3,:) Z-Direction Geomechanical Displacement, m | |
| DISPT | Transverse Dispersivity, m |
| DLU | Jacobian Coefficients Matrix for SPLIB |
| DNR | Primary Variable Increments |
| DNR_CW | Primary Variable Increments for Coupled Well |
| DNR_VE | Primary Variable Increments for Vertical Equilibrium |
| DNRSP | Primary Variable Increments for Surface Spill |
| DNRW | Primary Variable Increments for Well |
| DOAI_SP | Outer Diameter of Air Inlet of Supply Pipe, m |
| DOAO_SP | Outer Diameter of Air Outlet of Supply Pipe, m |
| DOFI_SP | Outer Diameter of Fuel Inlet of Supply Pipe, m |
| DOFO_SP | Outer Diameter of Fuel Outlet of Supply Pipe, m |
| DOHF_SP | Outer Diameter of Heater Fuel of Supply Pipe, m |
| DOIC_FC | Outer Diameter of Inner Casing of Fuel Cell, m |
| DOIC_SP | Outer Diameter of Inner Casing of Supply Pipe, m |
| DOOC_FC | Outer Diameter of Outer Casing of Fuel Cell, m |
| DOOC_SP | Outer Diameter of Outer Casing of Supply Pipe, m |
| DP_FC | Pressure Primary Variable Increment of Fuel Cell, Pa |
| DP_SP | Pressure Primary Variable Increment of Supply Pipe, Pa |
| DPLD | Dissolved Oil Longitudinal Dispersivity, m |
| DPLGA | Gas CO2 Longitudinal Dispersivity, m |
| DPLGS | Salt Longitudinal Dispersivity, m |
| DPLLA | Aqueous CO2 Longitudinal Dispersivity, m |
| DPMA | Alcohol Dipole Moment, Debye |
| DPMO | Oil Dipole Moment, Debye |
| DPMW | Water Dipole Moment, Debye |
| DPTD | Dissolved Oil Transverse Dispersivity, m |
| DPTGA | Gas CO2 Transverse Dispersivity, m |
| DPTLA | Aqueous CO2 Transverse Dispersivity, m |
| DPTRS | Salt Transverse Dispersivity, m |
| DRLTIM | Release Plane Times, s |
| DRMEFF | Remediation Efficiency |
| DRMTIM | Remediation Time, s |
| DT | Time Step, s |
| DT_CRN | Courant-Limit Time Step, s |
| DT_FC | Temperature Primary Variable Increment of Fuel Cell, C |
| DT_RST | Temporary Time Step, s |
| DT_SP | Temperature Primary Variable Increment of Supply Pipe, C |
| DTAF | Time Step Acceleration Factor |
| DTCF | Time Step Cut Factor |
| DTI | Inverse Time Step, 1/s |
| DTI_CRN | Courant-Limit Inverse Time Step, 1/s |
| DTI_RST | Temporary Inverse Time Step, 1/s |
| DTMN | Minimum Time Step, s |
| DTMX | Maximum Time Step, s |
| DTO | Old Time Step, s |
| DTSO | Old Time Step for 2nd Order Time Differencing, s |
| DXGF | X-Direction Grid Cell Dimension, m |
| DXGP | X-Direction Internodal Dimension, m |
| DXSP | X-Direction Grid Cell Dimension, m |
| DYGF | Y-Direction Grid Cell Dimension, m |
| DYGP | Y-Direction Internodal Dimension, m |
| DYSP | Y-Direction Grid Cell Dimension, m |
| DZGF | Z-Direction Grid Cell Dimension, m |
| DZGP | Z-Direction Internodal Dimension, m |
| DZHC_HT | Mole Fraction Spacing for Hydrate Equilibria Data |
| DZPC_HT | Mole Fraction Spacing for Phase Equilibria Data |
| ECKE_ER | ECKEChem Error Logical |
| ECNM | Exhaust Component Name |
| ECPP | Exhaust Component Parameters |
| (1,:) Molecular Weight, kg/kmol | |
| (2,:) Normal Boiling Point, K | |
| (3,:) Critical Temperature, K | |
| (4,:) Critical Pressure, Pa | |
| (5,:) Critical Molar Volume cm3/mole | |
| (6,:) Critical Compressibility | |
| (7,:) Pitzer Acentric Factor | |
| (8,:) Dipole moment | |
| (9,:) Isobaric Molar Specific Heat Coeff., a0 | |
| (10,:) Isobaric Molar Specific Heat Coeff., a1 | |
| (11,:) Isobaric Molar Specific Heat Coeff., a2 | |
| (12,:) Isobaric Molar Specific Heat Coeff., a3 | |
| (13,:) Isobaric Molar Specific Heat Coeff., a4 | |
| (14,:) Peng-Robinson Pure Component, a parameter | |
| (15,:) Peng-Robinson Pure Component, b parameter | |
| (16,:) Peng-Robinson Pure Component, fw parameter | |
| ELAMB | Ternary Interaction Parameter for the Pitzer Activity Model |
| ELC_DCF | Electrolyte Density Function Parameters |
| ELC_DUN | Electrolyte Density Function Parameter |
| ELC_SCF | Electrolyte Surface Tension without Surfactant, N/m |
| ELC_SOL | Electrolyte Name* (64 characters) |
| ELC_VCF | Electrolyte Viscosity Function Parameters |
| ELC_VUN | Electrolyte Viscosity Function Parameter |
| EPSL | Machine Precision, 10-14 |
| EQ_C | Stoichometric Coefficient for the Conservation Equation |
| EQ_E | Stoichometric Coefficient for the Equilibrium Equation |
| EQ_K | Stoichometric Coefficient for the Kinetic Equation |
| ETH | Electrostatic function parameter |
| ETHP | Electrostatic function parameter |
| ETHP2 | Electrostatic function parameter |
| FACTV | Fixed Species Activity |
| FCNM | Fuel Component Name |
| FCPP | Fuel Component Parameters |
| (1,:) Molecular Weight, kg/kmol | |
| (2,:) Normal Boiling Point, K | |
| (3,:) Critical Temperature, K | |
| (4,:) Critical Pressure, Pa | |
| (5,:) Critical Molar Volume cm3/mole | |
| (6,:) Critical Compressibility | |
| (7,:) Pitzer Acentric Factor | |
| (8,:) Dipole moment | |
| (9,:) Isobaric Molar Specific Heat Coeff., a0 | |
| (10,:) Isobaric Molar Specific Heat Coeff., a1 | |
| (11,:) Isobaric Molar Specific Heat Coeff., a2 | |
| (12,:) Isobaric Molar Specific Heat Coeff., a3 | |
| (13,:) Isobaric Molar Specific Heat Coeff., a4 | |
| (14,:) Peng-Robinson Pure Component, a parameter | |
| (15,:) Peng-Robinson Pure Component, b parameter | |
| (16,:) Peng-Robinson Pure Component, fw parameter | |
| FCS_OS | Fractional Kerogen Source, kg |
| FF_CW | Fraction Factor for Couple Well |
| (1,:) X-Direction | |
| (2,:) Y-Direction | |
| (3,:) Z-Direction | |
| FK | Equilibrium K Factors |
| FK2P_HT | Equilibrium K Factor Table for 2 Phase Region |
| FKLE_HT | Equilibrium K Factor Table for Lower Phase Envelope |
| FKUE_HT | Equilibrium K Factor Table for Upper Phase Envelope |
| FLG_EXT | Logical Flag for Creating an ".ext" File for UCODE |
| FLG_UNI | Logical Flag for Creating an ".uni" File for UCODE |
| FNBL | Balance File Name* (64 characters) |
| FNPL | Plot File Name* (64 characters) |
| FNRC | Recharge File Name* (64 characters) |
| FNRD | Input File Name* (64 characters) |
| FNRL | Release File Name* (64 characters) |
| FNRS | Restart File Name* (64 characters) |
| FNSF | Surface Flux File Name* (64 characters) |
| FNSR | Screen Unit Name* (64 characters) |
| FNVD | Remediate File Name* (64 characters) |
| FNWR | Output File Name* (64 characters) |
| FOPF_FC | Fuel Orifice Plate Frequency for Fuel Cell, 1/m |
| FSFLA | Fractional Solubility Factor for Aqueous CO2 |
| FUG_LV | Fugacity on the Liquid-Vapor Saturation Line, Pa |
| FUG_ST | CO2 Fugacity Coefficient Table |
| FUG_TA | CO2 Fugacity Coefficient Table |
| FX_CW | CO2 Mass Flux for Couple Well, kg/s |
| FXA_CW | CO2 Mass Flux for Couple Well, kg/s |
| FXC_CW | Component Mass Flux for Couple Well, kg/s |
| FXE_CW | Energy Flux for Couple Well, W |
| FXW_CW | Water Mass Flux for Couple Well, kg/s |
| GAMMA | Scaling Factor Parameters |
| (1,:) Matrix Permeability | |
| (2,:) Matrix Porosity | |
| (3,:) Saturation/Relative Permeability Functions Parameter | |
| (4,:) Saturation/Relative Permeability Functions Parameter | |
| (5,:) Saturation/Relative Permeability Functions Parameter | |
| (6,:) Fracture Permeability | |
| (7,:) Fracture Porosity | |
| (8,:) Saturation/Relative Permeability Functions Parameter | |
| (9,:) Saturation/Relative Permeability Functions Parameter | |
| (10,:) Saturation/Relative Permeability Functions Parameter | |
| (11,:) Mualem Anisotropy Parameter | |
| (12,:) Mualem Anisotropy Parameter | |
| (13,:) Mualem Anisotropy Parameter | |
| GC_MMP | Gas Composition for Minimum Miscibility Pressure |
| GCNM | Gas Component Name |
| GCPP | Gas Component Parameters |
| (1,:) Molecular Weight, kg/kmol | |
| (2,:) Normal Boiling Point, K | |
| (3,:) Critical Temperature, K | |
| (5,:) Critical Molar Volume cm3/mole | |
| (6,:) Critical Compressibility | |
| (7,:) Pitzer Acentric Factor | |
| (8,:) Dipole moment | |
| (9,:) Isobaric Molar Specific Heat Coeff., a0 | |
| (10,:) Isobaric Molar Specific Heat Coeff., a1 | |
| (11,:) Isobaric Molar Specific Heat Coeff., a2 | |
| (12,:) Isobaric Molar Specific Heat Coeff., a3 | |
| (13,:) Isobaric Molar Specific Heat Coeff., a4 | |
| (14,:) Peng-Robinson Pure Component, a parameter | |
| (15,:) Peng-Robinson Pure Component, b parameter | |
| (16,:) Peng-Robinson Pure Component, fw parameter | |
| (23,:) Partial Molar Volume Coefficient, a | |
| (24,:) Partial Molar Volume Coefficient, b | |
| (25,:) Partial Molar Volume Coefficient, c | |
| (26,:) Partial Molar Volume Coefficient, d | |
| (27,:) Partial Molar Volume Coefficient, e | |
| GPI | Constant, 3.1415926536 |
| GRAV | Acceleration of Gravity, m/s2 |
| GRAVX | X-Direction Acceleration of Gravity, m/s2 |
| GRAVY | Y-Direction Acceleration of Gravity, m/s2 |
| GRAVZ | Z-Direction Acceleration of Gravity, m/s2 |
| GRVPX | X-Dir. Internodal Acceleration of Gravity, m/s2 |
| GRVPY | Y-Dir. Internodal Acceleration of Gravity, m/s2 |
| GRVPZ | Z-Dir. Internodal Acceleration of Gravity, m/s2 |
| GRVX | X-Dir. Nodal Acceleration of Gravity, m/s2 |
| GRVY | Y-Dir. Nodal Acceleration of Gravity, m/s2 |
| GRVZ | Z-Dir. Nodal Acceleration of Gravity, m/s2 |
| GWPP |
Water Component Property Parameters |
| (1) Molecular Weight, kg/kmol | |
| (2) Normal Boiling Point, K | |
| (3) Critical Temperature, K | |
| (4) Critical Pressure, Pa | |
| (5) Critical Molar Volume cm3/mole | |
| (6) Critical Compressibility | |
| (7) Pitzer Acentric Factor | |
| (8) Epsilon over Boltzmann Constant | |
| (9) Liquid Molar Volume, m3/kmol | |
| (10) Characteristic Length Parameter, m | |
| (13) Peng-Robinson Pure Component, a parameter | |
| (14) Peng-Robinson Pure Component, b parameter | |
| (15) Peng-Robinson Pure Component, fw parameter | |
| (16) Triple Point Temperature, K | |
| (17) Triple Point Pressure, Pa | |
| (18) Ideal Heat Capacity Coefficient A, J/kmol K | |
| (19) Ideal Heat Capacity Coefficient B, J/kmol K2 | |
| (20) Ideal Heat Capacity Coefficient C, J/kmol K3 | |
| (21) Ideal Heat Capacity Coefficient D, J/kmol K4 | |
| (23) Peneloux Shift Parameter | |
| H_ST | CO2 Enthalpy Table, J/kg |
| H_TA | CO2 Enthalpy Table, J/kg |
| HAI_FC | Enthalpy of Air Inlet of Fuel Cell, J/kg |
| HAI_SP | Enthalpy of Air Inlet of Supply Pipe, J/kg |
| HAI_WH | Enthalpy of Air Inlet of Well Head, J/kg |
| HAO_FC | Enthalpy of Air Outlet of Fuel Cell, J/kg |
| HAO_SP | Enthalpy of Air Outlet of Supply Pipe, J/kg |
| HAO_WH | Enthalpy of Air Outlet of Well Head, J/kg |
| HAS_FC | Enthalpy of Air on Surface of Fuel Cell, J/kg |
| HCAW | Henry’s Constant Air-Water, Pa |
| HCMWE | Capillary Pressure Head for Water Entry (Triple-Curve), m |
| HCNM | Hydrate Component Name |
| HCOW | Henry’s Constant Oil-Water, Pa |
| HCPP |
Hydrate Component Properties 1-CO2, 2-CH4, 3-N2, 4-Water |
| (1,:) Molecular Weight, kg/kmol | |
| (2,:) Normal Boiling Point, K | |
| (3,:) Critical Temperature, K | |
| (4,:) Critical Pressure, Pa | |
| (5,:) Critical Molar Volume, cm3/mole | |
| (6,:) Critical Compressibility | |
| (7,:) Pitzer Acentric Factor | |
| (8,:) Dipole Moment, debyes | |
| (9,:) Liquid Molar Volume, m3/kmol | |
| (13,:) Peng-Robinson Pure Component Parameter a | |
| (14,:) Peng-Robinson Pure Component Parameter b | |
| (15,:) Peng-Robinson Pure Component Parameter fw | |
| (16,:) Triple Point Temperature, K | |
| (17,:) Triple Point Pressure, Pa | |
| (18,:) Ideal Heat Capacity Coefficient A, J/kmol K | |
| (19,:) Ideal Heat Capacity Coefficient A, J/kmol K2 | |
| (20,:) Ideal Heat Capacity Coefficient A, J/kmol K3 | |
| (21,:) Ideal Heat Capacity Coefficient A, J/kmol K4 | |
| HDOD | Oven-dried Capillary Head, m |
| HDSC | Apparent Capillary Head at Reversal Point, m |
| HFI_FC | Enthalpy of Fuel Inlet of Fuel Cell, J/kg |
| HFI_SP | Enthalpy of Fuel Inlet of Supply Pipe, J/kg |
| HFI_WH | Enthalpy of Fuel Inlet of Well Head, J/kg |
| HFO_FC | Enthalpy of Fuel Outlet of Fuel Cell, J/kg |
| HFO_SP | Enthalpy of Fuel Outlet of Supply Pipe, J/kg |
| HFO_WH | Enthalpy of Fuel Outlet of Well Head, J/kg |
| HFS_FC | Enthalpy of Fuel on Surface of Fuel Cell, J/kg |
| HG | Gas Enthalpy, J/kg |
| HGA | Air Enthalpy, J/kg |
| HGAB | Air Enthalpy on Boundary, J/kg |
| HGB | Gas Enthalpy on Boundary, J/kg |
| HGC | Gas Component Enthalpy, J/kg |
| HGCB | Gas Component Enthalpy on Boundary, J/kg |
| HGD | Dry Gas Enthalpy, J/kg |
| HGO | Oil Vapor Enthalpy, J/kg |
| HGOB | Boundary Oil Vapor Enthalpy, J/kg |
| HGW | Water Vapor Enthalpy, J/kg |
| HGWB | Boundary Water Vapor Enthalpy, J/kg |
| HH | Hydrate Enthalpy, J/kg |
| HH_O | Old Hydrate Enthalpy, J/kg |
| HHB | Boundary Hydrate Enthalpy, J/kg |
| HI | Ice Enthalpy, J/kg |
| HI_O | Old Ice Enthalpy, J/kg |
| HIB | Boundary Ice Enthalpy, J/kg |
| HK | Kerogen Enthalpy, J/kg |
| HKL | Interfacial Mass Transfer Coefficient in Aqueous Phase, m2/s |
| HKNF | Interfacial Mass Transfer Coefficient in Free NAPL, m2/s |
| HKNT | Interfacial Mass Transfer Coefficient in Trapped NAPL, m2/s |
| HL | Aqueous Enthalpy, J/kg |
| HL_LV | Liquid Enthalpy on the Liquid-Vapor Saturation Line, Pa |
| HL_O | Old Aqueous Enthalpy, J/kg |
| HLA | Aqueous CO2 Enthalpy, J/kg |
| HLAB | Aqueous CO2 Enthalpy on Boundary, J/kg |
| HLB | Boundary Aqueous Enthalpy, J/kg |
| HLF | Solute Half-Life, s |
| HLO | Aqueous CH4 Enthalpy, J/kg |
| HLOB | Aqueous CH4 Enthalpy on Boundary, J/kg |
| HLS | Aqueous Salt Enthalpy, J/kg |
| HLSB | Aqueous Salt Enthalpy on Boundary, J/kg |
| HLSP | Aqueous Spill Height/Head, m |
| HLW | Aqueous Water Enthalpy, J/kg |
| HLW_P | Enthalpy of Liquid Water on Plant, J/kg |
| HLWB | Aqueous Water Enthalpy on Boundary, J/kg |
| HN | NAPL Enthalpy, J/kg |
| HN_O | Old NAPL Enthalpy, J/kg |
| HNB | Boundary NAPL Enthalpy, J/kg |
| HNSP | Non-aqueous Spill Height/Head, m |
| HOLAMB | Ternary Interaction Parameter for the Pitzer Activity Model |
| HSP | Precipitated Salt Enthalpy, J/kg |
| HSP_O | Old Precipitated Salt Enthalpy, J/kg |
| HV_LV | Vapor Enthalpy on the Liquid-Vapor Saturation Line, Pa |
| I_FC | I-Index for Number of Fuel Cell Interval Nodes |
| I_INH | Index for Hydrate Inhibitors |
| I_LV | Number of Pressure Entries for Property Tables |
| I_OBDT | Index for Field Observation Data |
| (1,:) Observation Data Type | |
| (2,:) Observation Data Variable | |
| (3,:) Observed Data Statistical Index | |
| (4,:) Observed Data I Index | |
| (5,:) Observed Data J Index | |
| (6,:) Observed Data K Index | |
| (7,:) Observed Data I Index | |
| (8,:) Observed Data J Index | |
| (9,:) Observed Data K Index | |
| I_SP | I-Index of Node with Supply Pipe Interval |
| IACTEX | Index for Gaines-Thomas Convection |
| IACTV | Activity Coefficient Option |
| IALB | Bare-Soil Albedo Option |
| IALB_P | Plant Albedo Option |
| IAQU | Index for Aqueous Phase |
| IATM_C | Index for Cyclic Atmospheric Conditions |
| IBCC | Index for Cyclic Boundary Conditions |
| IBCC_GM | LUGR Subgrid Index for Cyclic Boundary Conditions |
| IBCD | Index for Boundary Condition Direction |
| IBCD_GM | Index for Boundary Condition Direction for Geomechanics |
| IBCIN | Boundary Condition Number Pointer |
| IBCIN_GM | Boundary Condition Number Pointer for Geomechanics |
| IBCLL | I-Index for X-Y-Z Gradient and Seepage Face Boundaries |
| IBCM | Index for Number of Boundary Cond. Times |
| IBCM_GM | Index for Number of Boundary Cond. Times for Geomechanics |
| IBCN | Index for Adjacent Node to Boundary Cond. |
| IBCN_GM | Index for Adjacent Node to Boundary Cond. for Geomechanics |
| IBCSP | Number of Boundary Condition Reactive Species |
| IBCT | Index for Boundary Condition Type |
| IBCT_GM | ndex for Boundary Condition Type for Geomechanics |
| IBIG | Constant, 32000 |
| IBL | Unit Number for Release File |
| IC_NCG | Initial Condition Option Index for STOMP-WCMSE |
| IC_OPT | Initial Condition Option Indices |
| IC_SP | Initial Condition Option for Reactive Species |
| ICAIR | Initial Condition Index for Aqueous Dissolved CO2 |
| ICBRN | Index for Salt Concentration Initial Condition |
| ICC_CW | Index for Cyclic Time Periods for Coupled Wells |
| ICCO2 | Index for CO2 Initial Conditions |
| ICCOMP | Index for Initial Conditions for STOMP-COMP |
| ICD | Number of Characters in Card Name String |
| ICNO | Index for Reference Node Header Line |
| ICNS | Index for Surface Flux Header Line |
| ICNV | Index for Newton-Raphson Convergence |
| ICODE | Index for Code’s Operational Mode |
| ICRNT | Index for Courant Number Computation |
| ICS | Index for Coordinate System Type |
| ICSN | Number of Characters in Subroutine String |
| ICT | Index for Aqueous Solute Concentration Initial Cond. |
| ICTN | Index for NAPL Solute Concentration Initial Cond. |
| ICUTTS | Index for Cutting the Time Step |
| ID | X-Direction Index of Node |
| ID_CW | Indices for Coupled Wells |
| ID_VE | Indices for Vertical Equilibrium |
| IDD | Index for Species Data in the file comp.dat |
| IDF_ELC | Index for Electrolyte Density Function |
| IDFLT | Index Indicating Default Value Specified |
| IDFLTD | Index Indicating Default Value Used |
| IDISP | Index for Hydraulic Dispersion Calculation |
| IDMN | Index for Interfacial Averaging Scheme |
| (1) Thermal conductivity | |
| (2) Aqueous density | |
| (3) Gas density | |
| (4) Napl density | |
| (5) Aqueous viscosity | |
| (6) Gas viscosity | |
| (7) Napl viscosity | |
| (8) Aqueous relative permeability | |
| (9) Gas relative permeability | |
| (10) Napl relative permeability | |
| (11) Intrinsic permeability | |
| (12) Water vapor diffusion | |
| (13) Oil vapor diffusion | |
| (14) Dissolved air diffusion | |
| (15) Dissolved oil diffusion | |
| (16) Solute diffusion | |
| (17) Hydraulic dispersion | |
| (18) Dissolved salt diffusion | |
| (19) Effective permeability | |
| (20) Air gas diffusion | |
| IDP | Index for Dual-Porosity Model |
| IDSPD | Index for Dissolved Oil Dispersion Calcu. |
| IDSPS | Index for Salt Dispersion Calcu. |
| IEDL | Index for Empirical Solute Diffusion Coefficient |
| IEDLS | Index for Empirical Salt Diffusion Coefficient |
| IEL_LK | Index for Exchange Species Link |
| IEO | Index for Execution Option |
| IEPD | Number of Execution Periods |
| IEQ_C | Indices for the Conservation Equation for ECKEChem |
| IEQ_E | Indices for the Equilibrium Equation for ECKEChem |
| IEQ_K | Indices for the Kinetic Equation for ECKEChem |
| IEQ_S | Matrix Pointer for ECKEChem |
| IEQA | Index for Air Equation |
| IEQALC | Index of Alcohol Equation |
| IEQC | Index for Solute Transport Equation |
| IEQD | Index for Dissolved-Oil Equation |
| IEQDA | Index for Dissolved-CO2 Equation |
| IEQDO | Boundary Index for Dissolved-Oil Equation |
| IEQGC | Indices for Gas Component Equations |
| IEQHA | Index for Hydrate CO2 Equation |
| IEQHN | Index for Hydrate N2 Equation |
| IEQHO | Index for Hydrate CH4 Equation |
| IEQN | Index for Mobile N2 Equation |
| IEQO | Index for Oil or Mobile CH4 Equation |
| IEQR | Index for Molar Density Balance Equation |
| IEQS | Index for Salt/Solute Equation |
| IEQT | Index for Energy Equation |
| IEQW | Index for Water Equation |
| IFK | Index for Fixing K-Factors |
| IFLD | Number of Nodes in the X-Directioni |
| IFQO | Frequency of Refer. Node Prints (Output) |
| IFQS | Frequency of Refer. Node Prints (Screen) |
| IGAMMA | (1) Saturated Hydraulic Conductivity Scaling Function |
| (2) Diffusive Porosity Scaling Function | |
| (3) van Genuchten "alpha" or Brooks/Corey "psi" Scaling Function | |
| (4) van Genuchten "n" or Brooks/Corey "lambda" Scaling Function | |
| (5) Residual Saturation Scaling Function | |
| IGAS | Index for Gas Phase |
| IHSF | Index for Surface Flux Header |
| IJFLD | Number of Nodes in the X-Y plane |
| ILES | Index for Linear Equation Solver |
| ILU | Index for Jacobian Matrix Pivoting |
| IM | Jacobian Matrix Pointer Array |
| IM_CW | Coupled-Well Time Periods |
| IM_GM | Index for Jacobian Matrix Pointer for Geomechanics |
| IMMB | Index for Species Mobility |
| IMP_CW | Number of Time Periods in Couple-Well Period |
| IMSG | Index for Error Message |
| IMTC | Index for Oil Interface Mass Trans. Corr. |
| IMTLN | Index for Interface Mass Transfer Function |
| IN_VE | Node Number of Vertical Equilibrium Node String |
| INAPL | Index for NAPL Phase Liquid or NAPL |
| INBS | Index for Internal Boundary Surfaces |
| (1,N) Bottom Surface of Node N | |
| (2,N) South Surface of Node N | |
| (3,N) West Surface of Node N | |
| (4,N) East Surface of Node N | |
| (5,N) North Surface of Node N | |
| (6,N) Top Surface of Node N | |
| INCG | Noncondensible Gas Index |
| INHNM | Gas Hydrate Inhibitor Name |
| INHYD | Index for No Hydrate Rock/Soil |
| INMBLT | Number of Global Balance Check Times |
| INMREL | Number of SAC Release Plane Time Change, |
| INMREM | K-Node Indices Number of SAC Remediation Events |
| INPDAT | Input File Creation Date* (132 characters) |
| INPTIM | Input File Creation Time* (132 characters) |
| INT_FC | Number of Fuel Cell Intervals |
| INV_CW | Number of Coupled Well Intervals |
| IO_PH | Number of CH4 Mass Fraction Entries in Hydrate Pressure Table |
| IO_TH | Number of CH4 Mass Fraction Entries in Hydrate Temperature Table |
| IOBDEF | Unit Number for an ".ext" File for UCODE |
| IOBDSF | Unit Number for an ".sto" File for UCODE |
| IOBDUF | Unit Number for an ".uni" File for UCODE |
| IOM | Index for Operational Mode |
| IONLY_VE | Index for Only Vertical Equilibrium Strings |
| IP_TA | CO2 Property Table Pressure Index |
| IPCF | Index for Gas-Aqueous Adsorption Function Option |
| IPCGL | Index for Solute Solid-Aqueous Partition Option |
| IPCGN | Index for Gas-NAPL Partition Model Option |
| IPCL | Index for Solid-Aqueous Partition Model Option |
| IPCLN | Index for Solute Aqueous-NAPL Partition Option |
| IPCN | Index for Solute Solid-NAPL Partition Option |
| IPCR | Index for Tabular Location of Critical Point |
| IPCSL | Index for Solute Dependent Solid-Aqueous Part. |
| IPCSLD | Index for Dissolved-Oil Sol.-Aqueous Part. Opt. |
| IPCSLS | Index for Salt Sol.-Aqueous Part. Opt. |
| IPH | Triple Curve Scanning Path Index |
| IPH_TW | Outer Casing preheat option |
| IPK_OS | Number of Kerogen Pyrolysis Reaction Components |
| IPL | Unit Number of the Plot File |
| IPLOT | Index for Plot File Variables |
| IPLOTGC | Component Index for Plot File Variables |
| IPRF | Index for Permeability Reduction Factors |
| IPROP_GM | Rock/Soil Properties for Geomechanics |
| (1,:) Porosity-Mean Stress Function Type | |
| (2,:) Intrinsic Permeability-Porosity Function Type | |
| (3,:) Capillary Presssure-Permeability/Porosity Function Type | |
| IPTP | Index for Tabular Location of Triple Point |
| IPTPS | Index for Surface Tension Correlation Function |
| IPV_OS | Component Index of Maximum Volumetric Mole Fraction |
| IRC | Unit Number of Recharge File |
| IRC_K | Indices for the Kinetic Reaction for ECKEChem |
| IRCKN | Indices for the Kinetic-Component Reactive Species for ECKEChem |
| IRCKT | Kinetic Reaction Type Index for ECKEChem |
| IRD | Unit Number of the Input File |
| IREF | Index for Reference Node Variables |
| IREF_CW | Index for Coupled Well Reference Nodes |
| IREFGC | Component Index for Reference Node Variables |
| IRGTBL | Start/Stop Indices for Gas Relative Permeability Table |
| IRHOO | Index for Oil Density Function |
| IRHOS | Index for Salt Density Function |
| IRL | Unit Number of Release File |
| IRLK | SAC release plane K-node index |
| IRLTBL | Start/Stop Indices for Aqueous Relative Permeability Table |
| IRLTBLT | Start/Stop Indices for Aqueous Relative Permeability Tensor Table |
| IRMSOL | Index for Remediated Solute |
| IRNTBL | Start/Stop Indices for NAPL Relative Permeability Table |
| IRPG | Index for Gas Relative Permeability Function |
| IRPL | Index for Aqueous Relative Permeability Function |
| IRPLT | Index for Aqueous Relative Permeability Tensor Function |
| IRPN | Index for NAPL Relative Permeability Function |
| IRS | Unit Number of the Restart File |
| IRSM_P | Index for the Root Stress Model for Plant Species |
| IS_CW | Well Interval Screen Option (1 = Screened, 0 = Unscreened) |
| IS_TH | Number of Salt Mass Fraction Entries in Hydrate Table |
| ISALT | Index for Salt Type |
| ISC | Unit Number of the Screen (I.e., Standard Output) |
| ISCALE | Index for Scaling Group |
| ISCHR | Index for Saturation-Capillary Pressure Function |
| ISF | Unit Number of the Surface File. |
| ISFC | Surface Flux Domain Indices |
| (1) Bottom | |
| (2) South | |
| (3) West | |
| (4) East | |
| (5) North | |
| (6) Top | |
| ISFD | Index for the Surface Flux Direction |
| ISFDOM | Surface Flux Domain Indices |
| ISFF | Index for Surface Flux File |
| ISFGC | Index for Surface Flux Group |
| ISFGP | Number of Surface Flux Inputs for a Surface Flux File |
| ISFSN | Normal Surface Flux Orientation Option (1 = Normal) |
| ISFT | Surface Flux Type |
| ISG | Index for the Surface Flux Type |
| ISGNO | Number of Sign. Digits in the Output File |
| ISGNP | Number of Sign. Digits in the Plot File |
| ISGNS | Number of Sign. Digits on the Screen |
| ISIC | Index for Saturation Initial Condition |
| ISKP | Index for Skipping Residual Checking on Rock/Soil Types |
| ISLC | Indices for Solution Control |
| (1) Index for Solute Transport Advection/Diffusion Scheme | |
| (2) Index for Water-Vapor Gas Diffusion Model | |
| (3) Index for Tortuosity Model | |
| (4) Index for Aqueous-Phase Diffusion Coefficient Model | |
| (5) Index for Soil Freezing Conditions | |
| (6) Index for Salt Transport Advection/Diffusion Scheme | |
| (7) Index for Osmotic Pressure and Surface Tension Effects | |
| (8) Index for Dissolved-Oil Transport Advection/Diffusion Scheme | |
| (9) Index for Fluid Properties | |
| (10) Index for Dissolved-Air Trans. Advection/Diffusion Scheme | |
| (11) Index for Time Differencing Order | |
| (12) Index for Diffusive-Dispersive Dissolved-Oil Transport Scheme | |
| (13) Index for Particle Displacing Bubbles | |
| (14) Index for SPLIB Summary Output | |
| (15) Index for LUGR | |
| (16) Index for Density Dependent Solute Transport | |
| (17) Index for Courant Number Control | |
| (18) Index for Restart Files | |
| (19) Index for Scaling Factors | |
| (20) Index for Inverse (UCode) | |
| (21) Index for Operational Mode Restart | |
| (22) Index for IJK Indexing | |
| (23) Index for Advective Solute Transport | |
| (24) Index for Plants (Root Uptake Evapotranspiration) | |
| (25) Index for Poynting Effect | |
| (26) Index for Rainfall | |
| (27) Index for Aqueous Molar Density Gradient | |
| (28) Index for Gas Molar Density Gradient | |
| (29) Index for NAPL Molar Density Gradient | |
| (30) Index for (Non)isothermal Conditions | |
| (31) Index for Equilibrium/First Order Hydrate Saturation | |
| (32) Index for (Non)isobrine Conditions | |
| (40) Index for No Reactive/Eckechem Transport | |
| (41) Index for Nonlinear Solver Option for ECKEChem Start/Stop | |
| ISLTBL | Indices for Saturation Function Table |
| ISM | Index for Saturation Function Extension |
| ISMALL | Constant, -3200 |
| ISNR | Index for NAPL Residual Saturation Model |
| ISP_E | Species Exchange Site for ECKEChem |
| ISP_IEDL | Aqueous Species Molecular Diffusion Model for ECKEChem |
| ISP_MN | Mineral Species Index for ECKEChem |
| ISP_OW | Overwrite Option for ECKEChem |
| ISP_S | Reverse Matrix Pointer for ECKEChem |
| ISPLK | Flow Component Link Index for ECKEChem |
| ISRDM | Source Domain Indices |
| ISRM | Index for the Stomatal Resistance Model for Plant Species |
| ISRM_P | Index for Source Time |
| ISRT | Index for Source Type |
| ISUB_LOG | Index for Subroutine Names |
| ISVC | Number of Coupled Unknowns |
| ISVF | Number of Flux Variable Indices |
| ISVT | Index for Solute Transport Solution |
| ISWBCF | Index for Shuttleworth-Wallace Boundary Cond. Failure |
| IT_CW | Type Index for Coupled Well |
| IT_PH | Number of Temperature Entries in Hydrate Pressure Table |
| IT_TA | Index for Temperature Range in the CO2 Property Table |
| IT_TH | Number of Temperature Entries in Hydrate Table |
| ITERDC | Index for Ternary Phase Diagram, Binodal Curve Type |
| ITHK | Index for Thermal Conductivity Model |
| ITMP_P | Index of Plant Temperatures |
| ITOR | Index for Tortuosity Function |
| ITS_CW | Index for Coupled Well State |
| IUNK | Exponent on temperature units |
| IUNKG | Exponent on mass units |
| IUNM | Exponent on length units |
| IUNMOL | Exponent on molar units |
| IUNS | Exponent on time units |
| IV_TA | Index for Saturation Line in the CO2 Property Table |
| IVAPO | Index for Oil Saturated Vapor Pressure Function |
| IVAPS | Index for Alcohol Saturated Vapor Pressure Function |
| IVD | Unit Number for STOMP Remediation Transfers Report |
| IVF_ELC | Index for Electrolyte Viscosity Function |
| IVF_TW | Index for Thermal Well Increments |
| IVISA | Index for Alcohol Viscosity Function |
| IVISO | Index for Oil Viscosity Function |
| IVISS | Index for Surfactant Viscosity Function |
| IVR | Number of Non-Blank Characters |
| IVRSN | Index for Version Number |
| IWCC | Index for Cyclic Well Conditions |
| IWF_CW | Index for Coupled Well Increments |
| IWL | Index for Well Number from Well Node Number |
| IWLDM | Well Domain Indices |
| IWM | Number of Well Condition Times |
| IWN | Index for Node Number form Well Node Number |
| IWN_CW | Index for Nodes in Coupled Wells |
| IWP_CW | Index of Well Parameters for Coupled Wells |
| IWR | Unit Number of the Output File |
| IWSI | Index for Well Source Type |
| IWT | Index for Well Type |
| IXF | Index for Fixed Nodes |
| IXP | Matrix Location of Node |
| IXP_GM | Index for Geomechanics Nodes Array |
| IXREF | Index for Curvilinear Coordinate Factor |
| IXW | Index for Well Node Number from Node Number |
| IZ | Index for Rock/Soil Type |
| IZ_VE | Index for Vertical Equilibrium String Array |
| IZ2 | Nodal Index |
| IZH_HT | Bounding Concentrations Indices for Hydrate Equilibrium |
| IZMC | Petroleum Component with Maximum Concentration |
| IZP_HT | Bounding Concentrations Indices for Phase Equilibria |
| J_FC | J-Index for Number of Fuel Cell Interval Nodes |
| J_SP | J-Index of Node with Supply Pipe Interval |
| JBCLL | J-Index for X-Y-Z Gradient and Seepage Face Boundaries |
| JD | Y-Direction Index of Node |
| JFLD | Number of Nodes in the Y-Direction |
| JKFLD | Number of Nodes in the Y-Z Plane |
| JLU | Unused Banded Matrix Solver Integer Array |
| JM | Jacobian Matrix Pointer |
| JM_CW | Location of the Well Equation in the Jacobian |
| JPA | Anion Pointer for ECKChem |
| JPC | Cation Pointer for ECKChem |
| JPN | Neutral Pointer for ECKChem |
| K_FC | J-Index for Number of Fuel Cell Interval Nodes |
| K_SP | K-Index of Node with Supply Pipe Interval |
| KBCLL | K-Index for X-Y-Z Gradient and Seepage Face Boundaries |
| KD | Z-Direction Index of Node |
| KEXIT | K-Index for SAC Release Plane |
| KFLD | Number of Nodes in the Z-Direction |
| KIFLD | Number of Nodes in the Z-X Plane |
| KLU | Coupled Equations Conjugate Gradient Solver Pointer Array |
| KLU_CW | Coupled Well Conjugate Gradient Solver Pointer Array |
| KLU_GM | Geomechanics Conjugate Gradient Solver Pointer Array |
| KLUC | Transport Equations Conjugate Gradient Solver Pointer Array |
| KSPS | Spill Node Field Index |
| MADJ | Adjacent Node Index Pointer |
| MBCLL | Index for Boundary Condition Direction |
| MD_GM | Row of Diagonal Elements for Geomechanics Nodes Array |
| MDC | Row of Diagonal Elements for Banded Sol. |
| MDIM | Conjugate Gradient Solver Pointer Array |
| MDT | Matrix Band Width |
| MEPD | Index for Cyclic Execution Periods |
| MFLX | Flux Variable Index Pointer |
| MK_GM | Number of Geomechanics Equations Unknowns |
| MKC | Number of Coupled Equations Unknowns |
| MKT | Number of Transport Equations Unknowns |
| ML_GM | Lower Half Band Width for Geomechanics Nodes Array |
| MLC | Lower Half Band Width |
| MLT | Matrix Lower Half Band Width |
| MLU | Coupled Equations Pointer for SPLIB Solver |
| MLU_GM | Geomechanics Equations Pointer for SPLIB Solver |
| MLUC | Transport Equations Pointer for SPLIB Solver |
| MNEG | Flux Variable Index Pointer |
| MNEGB | Boundary Index Pointer |
| MNOD | Flux Variable Index Pointer |
| MPOS | Flux Variable Index Pointer |
| MPOSB | Boundary Index Pointer |
| MU_GM | Upper Half Band Width for Geomechanics Nodes Array |
| MUC | Upper Half Band Width |
| MUT | Matrix Upper Half Band Width |
| MXSTEP | Maximum Number of Time Steps |
| N_CRN | Courant Number Indexed on Solute |
| N_CW | Coupled Well Node Pointer |
| N_DB | Node Number for Error Messages |
| N_FC | Fuel Cell Interval Node Pointer |
| N_RST | Sub-time Step Index |
| N_SP | Supply Pipe Interval Node Pointer |
| N_VE | Vertical Equilibrium Node Pointer |
| NA | Pointer to Node of Maximum Residual |
| Number of Anion-Anion Terms for ECKEChem | |
| NAC | Number of Air Components |
| NATM_T | Number of Atmospheric Condition Table Entries |
| NBC | Number of Boundary Conditions |
| NBC_GM | Number of Boundary Conditions for Geomechanics |
| NBHG | Hydraulic Gradient Type Boundary Condition |
| NCC | Number of Cation-Cation Terms for ECKEChem |
| NCHEM | Number of Chemical Reactions |
| ND | Node Number of I, J, K Indices |
| NDF_OS | Number of Distribution Fractions |
| NDIM | Number of Active Dimensions |
| NDREF | Reference Node Type |
| NEA_OS | Number of Activation Energies for Each Component |
| NEC | Number of Exhaust Components |
| NEPD | Number of Execution Periods |
| NEQC | Number of Conservation Equations for ECKEChem |
| NEQE | Number of Equilibrium Equations for ECKEChem |
| NEQK | Number of Kinetic Equations for ECKEChem |
| NESITE | Number of Exchange Sites for ECKEChem |
| NFC | Number of Fuel Components |
| NFD_FC | Number of Fuel Cell Nodes |
| NFD_SP | Supply Pipe Interval Nodes |
| NFLD | Number of Active Field Nodes |
| NGC | Number of Gas Components |
| NH_FC | Number of Fuel Cell Nodes ** |
| NHEP_HT | Number of Hydrate Equilibrium Table Points |
| NHF_HT | Number of Hydrate Formers |
| NITER | Number of Iterations |
| NLU | Pointer for SPLIB Solver |
| NLU_GM | Pointer for SPLIB Solver for Geomechanics |
| NLUC | Pointer for SPLIB Solver for Solutes |
| NN_VE | Number of Vertical Equilibrium Nodes |
| NNN | Index for the Boundary Surface in the X-Direction ** |
| NOBDP | Observed Data Point Number |
| NOBDS | Observed Data Sample Pointer |
| NOBDT | Number of Observed Data Types |
| NOTES | Number of Lines of Simulation Notes |
| NP_VE | Initial Phase Condition for Vertical Equilibrium |
| NPCF | Number of Petroleum Component Fractions |
| NPEP_HT | Number of Phase Envelope Table Points |
| NPF | Number of Petroleum Fractions |
| NPHAZ | Phase Condition |
| NPHAZ_VE | Phase Condition for Vertical Equilibrium |
| NPHAZW | Phase Condition for Coupled Well Nodes |
| NPK_OS | Number of Kerogen Pyrolysis Reactions |
| NPLANT | Number of Plants |
| NPLY_RL | Number of Aqu. Relative Permeability Polynomial Pieces |
| NPLY_SL | Number of Aqueous Saturation Polynomial Pieces |
| NPP_HT | Number of Two-Phase Pressure Points |
| NPRTM | Number of Print Times |
| NQA | Number of Carbon Atoms in Alcohol |
| NQO | Number of Carbon Atoms in Oil |
| NRCE | Number of Equilibrium Reactions for ECKEChem |
| NRCK | Number of Kinetic Reactions for ECKEChem |
| NREF | Number of Reference Nodes |
| NRIM | Max. Number of Newton Raphson Iterations |
| NRIMX | Max. Number of Newton Raphson Iterations |
| NROCK | Number of Rock/Soil Types |
| NROCK2 | Number of Rock/Soil Types in Zonation File |
| NRST | Restart Time Step Number |
| NRTSI | Number of Reactive Transport Sequence Iterations |
| NS_VE | Number of Vertical Equilibrium Strings |
| NSCALE | Number of Scaling Groups |
| NSD | Node of Maximum Residual |
| NSD_CW | Node of Maximum Residual for Coupled Well Nodes |
| NSD_VE | Node of Maximum Residual for Vertical Equilibrium Nodes |
| NSF | Number of Surface Flux Domains |
| NSFDOM | Surface Flux Domain Index |
| NSFGP | Number of Named Surface Flux Files |
| NSL_ELC | Number of Electrolyte Solutes |
| NSOLSR | Number of Solutes |
| NSOLU | Number of Transported Solutes |
| NSPC | Number of Conservation Component Reactive Species |
| NSPE | Number of Exchanged Species for ECKEChem |
| NSPG | Number of Gas Reactive Species |
| NSPK | Number of Kinetic Component Reactive Species |
| NSPL | Number of Aqueous Reactive Species |
| NSPLK | Number of Reactive Species Linked to Flow Components |
| NSPN | Number of NAPL Reactive Species |
| NSPR | Number of Reactive Species |
| NSPS | Number of Solid Reactive Species |
| NSR | Number of Sources |
| NSTEP | Number of Time Steps |
| NSX | X-Direction Lower Surface Number of Node |
| NSY | Y-Direction Lower Surface Number of Node |
| NSZ | Z-Direction Lower Surface Number of Node |
| NSZW | Z-Direction Lower Surface Number of Coupled Well |
| NTBL | Node Number of Table Entries |
| NTC | Num. of Successive Time Step Reductions |
| NTM_TW | Number of Thermal Well Times |
| NTMHS_FC | Fuel Cell Heater Times |
| NTMHS_SP | Supply Pipe Heater Times |
| NTP_HT | Number of Two-phase Temperature Points |
| NTSR | Number of Time Steps |
| NVPLOT | Number of Plot File Variables |
| NVREF | Number of Reference Node Variables |
| NWF_CW | Number of Field Nodes with Coupled Wells |
| NWLN | Number of Coupled Well Nodes |
| NWLS | Number of Coupled Wells |
| NWN_CW | Number of Coupled Well Nodes |
| NXP | Number of Inactive Nodes |
| NXP_GM | Number of Inactive Nodes for Geomechanics |
| NZH_HT | Dimension of Hydrate Table |
| NZP_HT | Dimension of Phase Envelope Table |
| OEC | Osmotic Efficiency Coefficient |
| OECB | Boundary Osmotic Efficiency Coefficient |
| ONE | Constant, 1 |
| P_CW | Coupled Well Pressure |
| P_LV | CO2 or CH4 Liquid-Vapor Saturation Pressure, Pa |
| P_PH | Pressure Array for CO2 Property Data Table, Pa |
| P_TA | Pressure Array of Saturation Line for CO2 Property Data Table, Pa |
| P_TH | Pressure Array of Hydrate Equilibrium Temperature File |
| P2P_HT | Pressure for Two-Phase Region, Pa |
| PAF | Component Pitzer Acentric Factor |
| PAFA | Alcohol Pitzer Acentric Factor |
| PAFO | Oil Pitzer Acentric Factor |
| PAFS | Surfactant Pitzer Acentric Factor |
| PAFW | Water Pitzer Acentric Factor |
| PAI_FC | Air Inlet Pressure for Fuel Cell, Pa |
| PAI_SP | Air Inlet Pressure for Supply Pipe, Pa |
| PAI_TW | Air Inlet Pressure for Thermal Well, Pa |
| PAI_WH | Air Inlet Pressure for Well Head, Pa |
| PAIWH | Absolute Air Inlet Pressure at the Well Head, Pa |
| PAO_FC | Air Outlet Pressure for Fuel Cell, Pa |
| PAO_SP | Air Outlet Pressure for Supply Pipe, Pa |
| PAO_TW | Air Outlet Pressure for Thermal Well, Pa |
| PAO_WH | Air Outlet Pressure for Well Head, Pa |
| PAOWH | Absolute Air Outlet Pressure at the Well Head, Pa |
| PARMS_P | Plant Species Parameters |
| (1,LPLANT) Maximum Root Depth, m | |
| (2,LPLANT) Stomatal Res.: Minimum Stomatal Resistance, s/m | |
| (3,LPLANT) Stomatal Res.: Light Response Coefficient, W/m2 | |
| (4,LPLANT) Null Root Depth, m | |
| (5,LPLANT) Solar Albedo: Initial Stage Start | |
| (6,LPLANT) Solar Albedo: Crop Development Start | |
| (7,LPLANT) Root Depth Fit Parameter | |
| (8,LPLANT) Solar Albedo: Mid-Season Start | |
| (9,LPLANT) Solar Albedo: Late-Season Start | |
| (10,LPLANT) Solar Albedo: Late-Season Stop | |
| (11,LPLANT) Canopy Height, m | |
| (16,LPLANT) Maximum Condensate Depth, m | |
| (12,LPLANT) Root Stress-Point 1 (Capillary Head), m | |
| (13,LPLANT) Root Stress-Point 2 (Capillary Head), m | |
| (14,LPLANT) Root Stress-Point 3 (Capillary Head), m | |
| (15,LPLANT) Root Stress-Point 4 (Capillary Head), m | |
| (12,LPLANT) Wilting-Point Water Content | |
| (13,LPLANT) Norm. Soil Water Content: Critical Point 1 | |
| (14,LPLANT) Norm. Soil Water Content: Critical Point 2 | |
| (15,LPLANT) Saturated Water Content | |
| (12,LPLANT) Cap. Head when Root Uptake Reduced 50%, m | |
| (17,LPLANT) Crop Coeff.: Initial Stage Start | |
| (18,LPLANT) Crop Coeff.: Initial Stage Start Day, s | |
| (19,LPLANT) Crop Coeff.: Crop Development Start | |
| (20,LPLANT) Crop Coeff.: Crop Development Start Day, s | |
| (21,LPLANT) Crop Coeff.: Mid-Season Start | |
| (22,LPLANT) Crop Coeff.: Mid-Season Start Day, s | |
| (23,LPLANT) Crop Coeff.: Late-Season Start | |
| (24,LPLANT) Crop Coeff.: Late-Season Start Day, s | |
| (25,LPLANT) Crop Coeff.: Late-Season Stop | |
| (26,LPLANT) Crop Coeff.: Late-Season Stop Day, s | |
| (27,LPLANT) Stomatal Res.: Minimum Temperature, C | |
| (28,LPLANT) Stomatal Res.: Maximum Temperature, C | |
| (29,LPLANT) Stomatal Res.: Optimum Temperature, C | |
| PATM | Atmospheric Pressure, Pa |
| PC | Component Critical Pressure, Pa |
| PCB_HT | Cricondenbar Pressure, Pa |
| PCCVA | Alcohol Pure Comp. Characteristic Volume, L/mol |
| PCCVO | Oil Pure Comp. Characteristic Volume, L/mol |
| PCGL | Gas-Aqueous Partition Coefficient, m3/m3 |
| PCGN | Gas-NAPL Partition Coefficient, m3/m3 |
| PCLN | Aqueous-NAPL Partition Coefficient, m3/m3 |
| PCMP | Bulk Compressibility Reference Pressure, Pa |
| PCR_HT | Critical Pressure, Pa |
| PCRA | CO2 Critical Pressure, Pa |
| PCRO | Oil Critical Pressure, Pa |
| PCRS | Surfactant Critical Pressure, Pa |
| PCRW | Water Critical Pressure, Pa |
| PCSL | Solid-Aqueous Partition Coefficient, m3/kg |
| PCSLD | Dissolved-Oil Solid-Aqueous Part. Coefficient, m3/kg |
| PCSLS | Salt Solid-Aqueous Part. Coefficient, m3/kg |
| PCSN | Solid-NAPL Partition Coefficient, m3/kg |
| PCT_HT | Cricondenterm Pressure, Pa |
| PDXSP | Distance Between Adjacent Nodes in the Plane of the Spill Surface in the X-Direction |
| PDYSP | Distance Between Adjacent Nodes in the Plane of the Spill Surface in the Y-Direction |
| PERM | Intrinsic Permeability, m2 |
| PERMRF | Permeability Reduction Factor |
| PERMV | Intrinsic Permeability, m2 |
| PF_CW | Well Pressure at the Node Centroid, Pa |
| PFI_FC | Fuel Inlet Pressure at Fuel Cell Well Node, Pa |
| PFI_SP | Fuel Inlet Pressure at Supply Pipe Well Node, Pa |
| PFI_TW | Fuel Inlet Pressure at Thermal Well Node, Pa |
| PFI_WH | Fuel Inlet Pressure at Well Head, Pa |
| PFIWH | Absolute Fuel Inlet Pressure at Well Head, Pa |
| PFNM | Petroleum Fraction Name |
| PFO_FC | Fuel Outlet Pressure at Fuel Cell Well Node, Pa |
| PFO_SP | Fuel Outlet Pressure at Supply Pipe Well Node, Pa |
| PFO_TW | Fuel Outlet Pressure at Thermal Well Node, Pa |
| PFO_WH | Fuel Outlet Pressure at Well Head, Pa |
| PFOWH | Absolute Fuel Outlet Pressure at Well Head, Pa |
| PFPP | Petroleum Fraction Properties |
| PG | Gas Pressure, Pa |
| PG_VE | Gas Pressure for Vertical Equilibrium, Pa |
| PGB | Boundary Gas Pressure, Pa |
| PGFX_GM | Gas Pressure on East and West Surfaces for Geomechanics |
| PGFY_GM | Gas Pressure on North and South Surfaces for Geomechanics |
| PGFZ_GM | Gas Pressure on Top and Bottom Surfaces for Geomechanics |
| PGT_VE | Gas Pressure at the Top of the Vertical Equilibrium String Node, Pa |
| PGW | Well Gas Pressure, Pa |
| PGW_CO | Old Water Vapor Partial Press. at Mean Crop Flow Height, m |
| PH | Hydrate Pressure, Pa |
| PHB | Boundary Hydrate Pressure, Pa |
| PHDL | Aqueous Ponding Height, m |
| PHDN | NAPL Ponding Height, m |
| PHE_HT | Pressure for Hydrate Equilibrium Table, Pa |
| PHE2T_HT | Second Derivative of Pressure for Hydrate Equilibrium |
| PI | Ice Pressure, Pa |
| PIB | Boundary Ice Pressure, Pa |
| PK_OS | (1, M4, IROCK) Arrhenius Factor |
| (2, M4, IROCK) Kerogen Activation Energy | |
| (M5+2, M4, IROCK) Oil Shale Component Stoichiometric Coefficient | |
| PKR_OS | (1, 8, IROCK) Kerogen Source |
| (2, 8, IROCK) Kerogen Arrhenius Factor | |
| (MX+1, 8, IROCK) Kerogen Activation Energy | |
| (MX+2, 8, IROCK) Kerogen Source Fractional Contribution | |
| PL | Aqueous Pressure, Pa |
| PL_CW | Aqueous Pressure for Coupled Well, Pa |
| PL_SO | Old Aqueous Pressure at Ground Surface, Pa |
| PL_VE | Aqueous Pressure for Vertical Equilibrium, Pa |
| PLANT | Plant Name |
| PLB | Boundary Aqueous Pressure, Pa |
| PLE_HT | Pressure for Lower Phase Envelope, Pa |
| PLFX_GM | Aqueous Pressure on East and West Surfaces for Geomechanics |
| PLFY_GM | Aqueous Pressure on North and South Surfaces for Geomechanics |
| PLFZ_GM | Aqueous Pressure on Top and Bottom Surfaces for Geomechanics |
| PLT_VE | Aqueous pressure at the top of the vertical equilibrium string node, Pa |
| PLWB | Well Bottom Pressure, Pa |
| PLX_CW | Coupled Well Projections in Local Coordinate System in the X-Direction |
| PLY_CW | Coupled Well Projections in Local Coordinate System in the Y-Direction |
| PLZ_CW | Coupled Well Projections in Local Coordinate System in the Z-Direction |
| PMDD | Mean Particle Diameter, m |
| PMN | Minimum Gas Pressure, Pa |
| PMX | Maximum Gas Pressure, Pa |
| PN | NAPL Pressure, Pa |
| PNB | Boundary NAPL Pressure, Pa |
| PNFX_GM | NAPL Pressure on East and West Surfaces for Geomechanics |
| PNFY_GM | NAPL Pressure on North and South Surfaces for Geomechanics |
| PNFZ_GM | NAPL Pressure on Top and Bottom Surfaces for Geomechanics |
| POR | Porosity |
| (1) Total Porosity | |
| (2) Diffusive Porosity | |
| (3) Fracture Total Porosity | |
| (4) Diffusive Porosity | |
| POR_M | Mineral Volume Fraction for ECKEChem |
| PORD | Diffusive Porosity |
| PORD_O | Old Diffusive Porosity |
| PORDB | Boundary Diffusive Porosity |
| PORT | Total Porosity |
| PORT_O | Old Total Porosity |
| PORTB | Boundary Total Porosity |
| PORV | Porosity |
| (1) Total Porosity | |
| (2) Diffusive Porosity | |
| POSB | Boundary Osmotic Pressure, Pa |
| POSM | Osmotice Pressure, Pa |
| PPEL | Lower Phase Envelope Pressure, Pa |
| PPEU | Upper Phase Envelope Pressure, Pa |
| PRAI_FC | Perimeter of Air Inlet Chimney for Fuel Cell, m |
| PRAO_FC | Perimeter of Air Outlet Chimney for Fuel Cell, m |
| PRFI_FC | Perimeter of Fuel Inlet Chimney for Fuel Cell, m |
| PRFO_FC | Perimeter of Fuel Outlet Chimney for Fuel Cell, m |
| PROP_GM | Geomechanical Properties |
| (1,:) Young's Modulus, Pa | |
(2,:) Poisson's Ratio |
|
| (3,:) Biot Coefficient | |
| (4,:) Volumetric Thermal Expansion Coefficient | |
| PRTM | Plot File Print Time, s |
| PSIA | Ternary Electrolyte Parameter Psi-a for ECKEChem |
| PSIC | Ternary Electrolyte Parameter Psi-c for ECKEChem |
| PSO | Oil Saturated Vapor Pressure, Pa |
| PSOB | Boundary Oil Saturated Vapor Pressure, Pa |
| PSW | Water Saturated Vapor Pressure, Pa |
| PSWB | Water Saturated Vapor Pressure, Pa |
| PTPA | CO2 Triple Point Pressure, Pa |
| PTPS | Surface Tension Function Parameters |
| PUE_HT | Pressure for Upper Phase Envelope, Pa |
| PVA | Air Vapor Pressure, Pa or Absolute CO2 Vapor pressure, Pa |
| PVAB | Boundary Air Vapor Pressure, Pa or Absolute CO2 Boundary Vapor pressure, Pa |
| PVC | Gas Component Vapor Pressure, Pa |
| PVCB | Gas Component Boundary Vapor Pressure, Pa |
| PVHA | Hydrate CO2 Vapor Pressure, Pa |
| PVHAB | Hydrate CO2 Boundary Vapor Pressure, Pa |
| PVHN | Hydrate N2 Vapor Pressure, Pa |
| PVHNB | Hydrate N2 Boundary Vapor Pressure, Pa |
| PVHO | Hydrate CH4 Vapor Pressure, Pa |
| PVHOB | Hydrate CH4 Boundary Vapor Pressure, Pa |
| PVN | Absolute N2 Vapor Pressure, Pa |
| PVNB | Absolute N2 Boundary Vapor Pressure, Pa |
| PVO | Oil Vapor Pressure, Pa or Absolute CH4 Vapor pressure, Pa |
| PVOB | Boundary Oil Vapor Pressure, Pa or Absolute CH4 Boundary Vapor pressure, Pa |
| PVW | Water Vapor Pressure, Pa |
| PVW_VE | Water Vapor Pressure for Vertical Equilibrium, Pa |
| PVWB | Boundary Water Vapor Pressure, Pa |
| PW | Coupled Well Total Pressure, Pa |
| PWB | Coupled Well Bottom Pressure, Pa |
| PWGW | Coupled Well Gas Pressure, Pa |
| PWLW | Coupled Well Aqueous Pressure, Pa |
| PWNW | Coupled Well NAPL Pressure, Pa |
| QAI_SP | Heat Flux for Air Inlet of Supply Pipe Wall, W/m2 |
| QAIAO_SP | Heat Transfer Across the Orifice Throat between the Air Inlet and Air Outlet of Supply Pipe, W/m2 |
| QAIFI_SP | Black-body Radiative Heat Transfer between the Air Inlet Bulk Fluid and Fuel Inlet Supply Pipe Walls, W/m2 |
| QAIFO_SP | Black-body Radiative Heat Transfer between the Air Inlet Bulk Fluid and Fuel Outlet Supply Pipe Walls, W/m2 |
| QAIIC_SP | Black-body Radiative Heat Transfer between the Air Inlet Bulk Fluid and Inner Casing Insulation, W/m2 |
| QAIIN_FC | Convective Heat Transfer between the Air Inlet Bulk Fluid and the Insulation, W/m2 |
| QAISF_FC | Convective Heat Transfer between the Air Inlet Bulk Fluid and the Stack Frame, W/m2 |
| QAIW_SP | Heat Transport Along Air Inlet Supply Pipes, W/m2 |
| QAO_SP | Heat Flux for Air Outlet of Supply Pipe Wall, W/m2 |
| QAOFI_SP | Black-body Radiative Heat Transfer between the Air Outlet Bulk Fluid and Fuel Inlet Supply Pipe Walls, W/m2 |
| QAOFO_SP | Black-body Radiative Heat Transfer between the Air Outlet Bulk Fluid and Fuel Outlet Supply Pipe Walls, W/m2 |
| QAOIC_SP | Black-body Radiative Heat Transfer between the Air Outlet Bulk Fluid and Inner Casing Insulation, W/m2 |
| QAOIN_FC | Convective Heat Transfer between the Air Outlet Bulk Fluid and the Insulation, W/m2 |
| QAOSF_FC | Convective Heat Transfer between the Air Outlet Bulk Fluid and the Stack Frame, W/m2 |
| QAOW_SP | Heat Transport Along Air Outlet Supply Pipes, W/m2 |
| QASSF_FC | Heat Transfer between Air and Stack Frame, W/m2 |
| QFI_SP | Heat Flux for Fuel Inlet of Supply Pipe Wall, W/m2 |
| QFIFO_SP | Black-body Radiative Heat Transfer between the Fuel Inlet Bulk Fluid and Fuel Outlet Supply Pipe Walls, W/m2 |
| QFIIC_SP | Black-body Radiative Heat Transfer between the Fuel Inlet Bulk Fluid and Inner Casing Insulation, W/m2 |
| QFIIN_FC | Convective Heat Transfer between the Fuel Inlet Bulk Fluid and the Insulation, W/m2 |
| QFISF_FC | Convective Heat Transfer between the Fuel Inlet Bulk Fluid and the Stack Frame, W/m2 |
| QFIW_SP | Heat Transport Along Fuel Inlet Supply Pipes, W/m2 |
| QFO_SP | Heat Flux for Fuel Outlet of Supply Pipe Wall, W/m2 |
| QFOIC_SP | Black-body Radiative Heat Transfer between the Fuel Outlet Bulk Fluid and Inner Casing Insulation, W/m2 |
| QFOIN_FC | Convective Heat Transfer between the Fuel Outlet Bulk Fluid and the Insulation, W/m2 |
| QFOSF_FC | Convective Heat Transfer between the Fuel Outlet Bulk Fluid and the Stack Frame, W/m2 |
| QFOW_SP | Heat Transport Along Fuel Outlet Supply Pipes, W/m2 |
| QFSSF_FC | Heat Transfer between Fuel and Stack Frame, W/m2 |
| QHG_FC | Fuel Cell Heater Power, W/m |
| QHG_SP | Supply Pipe Heater Power, W/m |
| QHS_FC | Heat Source Rate per Fuel Cell Node, W |
| QHS_SP | Heat Source Rate per Supply Pipe Node, W |
| QIC_FC | Heat Transfer between Fuel cell Inner Casing, W/m2 |
| QIC_SP | Heat Transfer between Supply Pipe Inner Casing, W/m2 |
| QICOC_FC | Black-body Radiative Heat Transfer between Fuel Cell Inner Casing and Outer Casing, W/m2 |
| QICOC_SP | Black-body Radiative Heat Transfer between Inner Casing and Outer Casing Supply Pipe Walls, W/m2 |
| QIN_FC | Heat Transport Along Fuel Cell Inner Casing Insulation, W/m2 |
| QIN_SP | Heat Transport Along Supply Pipe Inner Casing Insulation, W/m2 |
| QINIC_FC | Conductive Heat Transfer between Fuel Cell Inner Casing Insulation and Inner Casing, W/m2 |
| QINIC_SP | Conductive Heat Transfer between Supply Pipe Inner Casing Insulation and Inner Casing, W/m2 |
| QL_W | Coupled Well Aqueous Volumetric Flow Rate, m3/s |
| QLW | Well Aqueous Volumetric Flow Rate, m3/s |
| QM_CW | Coupled Well Mass Rate, kg/s |
| QMAWH | Initial Air Mass Flow Rate, kg/s |
| QMFWH | Initial Fuel Mass Flow Rate, kg/s |
| QN_W | Coupled Well NAPL Volumetric Flow Rate, m3/s |
| QNW | Well NAPL Volumetric Flow Rate, m3/s |
| QOC_FC | Heat Transport Along Fuel Cell Outer Casing, W/m2 |
| QOC_SP | Heat Transport Along l Outer Casing, W/m2 |
| QOCGM_FC | Conductive Heat Transfer between Fuel Cell Outer Casing and Geologic Media, W/m2 |
| QOCGM_SP | Conductive Heat Transfer between Supply Pipe Outer Casing and Geologic Media, W/m2 |
| QOP_FC | Fuel Cell Operating Power, W/m |
| QPG_FC | Fuel Cell Power, W/m |
| QSF_FC | Heat Transport along Fuel Cell Stack Frame, W/m2 |
| QSFIN_FC | Black-body Radiative and Conduction Heat Transfer between Stack Frame and Inner Casing Insulation, W/m2 |
| QT_W | Coupled Well Total-Liquid Volumetric Flow Rate, m3/s |
| QTW | Well Total-Liquid Volumetric Flow Rate, m3/s |
| R_OBDS | Observed Data Time and Value |
| R_OBDT | Observed Data Location and Weighting Factors |
| RC_E | Equilibrium Reaction Constant Parameters |
| RC_K | Kinetic Reaction Constant Parameters |
| RCA | Air Gas Constant, 287.0 J/kg K |
| RCHDF | Chemical Reaction Decay Factor |
| RCHDFL | Chemical Reaction Decay Factor in Aqueous |
| RCHDFN | Chemical Reaction Decay Factor in NAPL |
| RCNME | Equilibrium Reaction Name for ECKEChem |
| RCNMK | Kinetic Reaction Name for ECKEChem |
| RCO | Oil Gas Constant, J/kg K |
| RCS | Surfactant Gas Constant, J/kg K |
| RCU | Universal Gas Constant, 8314.34 J/kg K |
| RCW | Water Gas Constant, 461.52 J/kg K |
| RDG_OS | Reference Grid Depth, m |
| RFIM_P | Intercepted Rainfall on Plant, kg/ m2 ground |
| RHAI_FC | Fuell Cell Air Inlet Density, kg/m3 |
| RHAI_SP | Supply Pipe Air Inlet Density, kg/m3 |
| RHAI_WH | Well Head Air Inlet Density, kg/m3 |
| RHAIW_SP | Density of Air Inlet Supply Pipe Wall, kg/m3 |
| RHAO_FC | Fuell Cell Air Outlet Density, kg/m3 |
| RHAO_SP | Supply Pipe Air Inlet Density, kg/m3 |
| RHAO_WH | Well Head Air Inlet Density, kg/m3 |
| RHAOW_SP | Density of Air Outlet Supply Pipe Wall, kg/m3 |
| RHAS_FC | Fuell Cell Air Side Density, kg/m3 |
| RHFI_FC | Fuell Cell Fuel Inlet Density, kg/m3 |
| RHFI_SP | Supply Pipe Fuel Inlet Density, kg/m3 |
| RHFI_WH | Well Head Fuel Inlet Density, kg/m3 |
| RHFIW_SP | Density of Fuel Inlet Supply Pipe Wall, kg/m3 |
| RHFO_FC | Fuell Cell Fuel Outlet Density, kg/m3 |
| RHFO_SP | Supply Pipe Fuel Outlet Density, kg/m3 |
| RHFO_WH | Well Head Fuel Outlet Density, kg/m3 |
| RHFOW_SP | Density of Fuel Outlet Supply Pipe Wall, kg/m3 |
| RHFS_FC | Fuell Cell Fuel Side Density, kg/m3 |
| RHIC_FC | Fuell Cell Inner Casing Density, kg/m3 |
| RHIC_SP | Supply Pipe Inner Casing Density, kg/m3 |
| RHIN_FC | Fuell Cell Inner Casing Insulation Density, kg/m3 |
| RHIN_SP | Supply Pipe Inner Casing Insulation Density, kg/m3 |
| RHLF | First-Order Reaction Rate Constant, s |
| RHLFL | Aqueous First-Order Reaction Rate Constant, s |
| RHLFN | NAPL First-Order Reaction Rate Constant, s |
| RHO_OS | Density of Oil Shale, kg/m3 |
| RHO_ST | CO2 Property Table Values for Density, kg/m3 |
| RHO_TA | CO2 Property Table Values for Density, kg/m3 |
| RHOC_FC | Fuell Cell Outer Casing Density, kg/m3 |
| RHOC_SP | Supply Pipe Outer Casing Density, kg/m3 |
| RHOCH | Char Density, kg/m3 |
| RHOCK | Coke Density, kg/m3 |
| RHOF_CW | Coupled Production Well Fluid Density, kg/m3 |
| RHOG | Gas Density, kg/m3 |
| RHOG_O | Old Gas Density, kg/m3 |
| RHOG_VE | Vertical Equilibrium Gas Density, kg/m3 |
| RHOGB | Boundary Gas Density, kg/m3 |
| RHOGI | Well Gas Density, kg/m3 |
| RHOGW | Water Vapor Density, kg/m3 |
| RHOGW_O | Old Well Water Vapor Density, kg/m3 |
| RHOGWB | Well Boundary Water Vapor Density, kg/m3 |
| RHOH | Hydrate Density, kg/m3 |
| RHOH_O | Old Hydrate Density, kg/m3 |
| RHOHB | Boundary Hydrate Density, kg/m3 |
| RHOI | Ice Density, kg/m3 |
| RHOI_O | Old Ice Density, kg/m3 |
| RHOIB | Boundary Ice Density, kg/m3 |
| RHOK | Kerogen Density, kg/m3 |
| RHOKB | Boundary Kerogen Density, kg/m3 |
| RHOL | Aqueous Density, kg/m3 |
| RHOL_LV | CO2 or CH4 Saturated Liquid Density, kg/m3 |
| RHOL_O | Old Aqueous Density, kg/m3 |
| RHOL_VE | Vertical Equilibrium Aqueous Density, kg/m3 |
| RHOLB | Boundary Aqueous Density, kg/m3 |
| RHOLI | Density for Invariant Fluids, kg/m3 |
| RHOLSP | Surface Node Aqueous Density, kg/m3 |
| RHOLW | Well Aqueous Density, kg/m3 |
| RHOLW_O | Old Well Aqueous Density, kg/m3 |
| RHOLWB | Well Boundary Aqueous Density, kg/m3 |
| RHOMG | Gas Molar Density, kmol/m3 |
| RHOMGB | Boundary Gas Molar Density, kmol/m3 |
| RHOML | Aqueous Molar Density, kmol/m3 |
| RHOMLB | Boundary Aqueous Molar Density, kmol/m3 |
| RHOMN | NAPL Molar Density, kmol/m3 |
| RHOMNB | Boundary NAPL Molar Density, kmol/m3 NAPL |
| RHOMV | Volumetric Molar Density, kmol/m^3 |
| RHOMVC | Volumetric Molar Density of Gas Components, kmol/m^3 |
| (1,:,:) Oil | |
| (2,:,:) H2 | |
| (3,:,:) CO | |
| (4,:,:) CO2 | |
| (5,:,:) CH4 | |
| (6,:,:) Component 2 | |
| (7,:,:) Component 3 | |
| RHON | NAPL Density, kg/m3 |
| RHON_O | Old NAPL Density, kg/m3 |
| RHONB | Boundary NAPL Density, kg/m3 |
| RHONSP | Surface Node NAPL Density, kg/m3 |
| RHONW | Well NAPL Density, kg/m3 |
| RHONW_O | Old Well NAPL Density, kg/m3 |
| RHONWB | Well Boundary NAPL Density, kg/m3 |
| RHORA | Alcohol Liquid Reference Density, kg/m3 |
| RHORG | Gas Reference Density, kg/m3 |
| RHORL | Aqueous Reference Density, kg/m3 |
| RHORN | NAPL Reference Density, kg/m3 |
| RHORO | Oil Liquid Reference Density, kg/m3 |
| RHOS | Rock/Soil Particle Density, kg/m3 |
| RHOSP | Precipitated Salt Density, kg/m3 |
| RHOSP_O | Old Precipitated Salt Density, kg/m3 |
| RHOV_LV | CO2 or CH4 Saturated Vapor Density, kg/m3 |
| RHSF_FC | Fuel Cell Stack Frame Density, kg/m3 |
| RHSP_FC | Fuel Cell Separator Rings and Plates Density, kg/m3 |
| RICH_FC | Inner Radius of Chimney Fin for Fuel Cell, m |
| RISP_FC | Inner Radius of Separator Flange for Fuel Cell, m |
| RISR_FC | Inner Radius of Spacer Ring for Fuel Cell, m |
| RKG | Gas Relative Permeability |
| RKG_VE | Gas Relative Permeability for Vertical Equilibrium |
| RKGB | Boundary Gas Relative Permeability |
| RKL | Aqueous Relative Permeability |
| (1,:,:) X-Direction | |
| (2,:,:) Y-Direction | |
| (3,:,:) Z-Direction | |
| RKL_VE | Vertical Equilibrium Aqueous Relative Permeability |
| RKLB | Boundary Aqueous Relative Permeability |
| (1,:,:) X-Direction | |
| (2,:,:) Y-Direction | |
| (3,:,:) Z-Direction | |
| RKN | NAPL Relative Permeability |
| RKNB | Boundary NAPL Relative Permeability |
| RLMSG | Real Number Component of Error Message |
| RLOAD_GM | Lithostatic Force, N |
| RLXF | Relaxation Factor |
| ROAP_FC | Fuel Cell Outer Radius of Air Inlet Plenum, m |
| ROCH_FC | Fuel Cell Outer Radius of Chimney, m |
| ROCK | Rock/Soil Name* (64 characters) |
| ROCK2 | Rock/Soil Name in Zonation File |
| ROFP_FC | Outer Radius of Fuel Inlet Plenum for Fuel Cell, m |
| ROSP_FC | Outer Radius of Separator Flange for Fuel Cell, m |
| ROSR_FC | Outer Radius of Spacer Ring for Fuel Cell, m |
| RP | Radial Coordinate Radius, m |
| RPGC | Gas Relative Permeability Function Coefficients |
| RPLC | Aqueous Relative Permeability Function Coefficients |
| RPLT | Aqueous Relative Permeability Function Coefficients |
| RPNC | NAPL Relative Permeability Function Coefficients |
| RS_CW | Coupled Well Mass Balance Residuals |
| RS_GM | Geomechanics Mass Balance Residuals |
| RS_S | Mineral Specific Area for ECKEChem, m2 |
| RSD | Maximum Residual of Equation |
| RSD_CW | Maximum Residual of Coupled Well Equation |
| RSD_VE | Maximum Residual of Vertical Equilibrium Equation |
| RSDL | Residual |
| RSDL_FC | Fuel Cell Residual |
| RSDL_SP | Supply Pipe Residual |
| RSDL_VE | Vertical Equilibrium Residual |
| RSDM | Maximum Residual of Execution Period |
| RSDMX | Maximum Residual |
| RWRO | Rain Water Run Off Volumetric Rate, m3/s |
| S_ST | CO2 Property Table Values for Saturation |
| S_TA | CO2 Property Table Values for Saturation |
| S_VE | Vertical Equilibrium Salt Volumetric Concentration, kg/m3 |
| SATAC | Alcohol Saturated Vapor Pressure Function |
| SATOC | Coefficients Oil Saturated Vapor Pressure Function |
| SCALNM | Scaling Group Name |
| SCH | Char Saturation |
| SCHB | Boundary Char Saturation |
| SCHR | Soil Moisture Retention Charac. Coefficient |
| SCHRV | Soil Moisture Retention Charac. Coefficient |
| SCK | Coke Saturation |
| SCKB | Boundary Coke Saturation |
| SCX_GM | Geomechanical Surface Coordinates, X-Direction |
| SCY_GM | Geomechanical Surface Coordinates, Y-Direction |
| SCZ_GM | Geomechanical Surface Coordinates, Z-Direction |
| SDCL | Solute Aqueous Molecular Diffusion Coefficient, m2/s |
| SDCLS | Salt/Surf. Aqueous Molecular Diffusion Coefficient, m2/s |
| SDPF | Fracture Saturation (Dual Porosity) |
| SDPFB | Bound. Fracture Saturation (Dual Porosity) |
| SDPM | Matrix Saturation (Dual Porosity) |
| SDPMB | Bound. Matrix Saturation (Dual Porosity) |
| SF | Surface Flux Rate and Integral |
| SFCSF | Aqueous-Gas Surface Tension Coefficients |
| SG | Gas Saturation |
| SG_O | Old Gas Saturation |
| SG_VE | Vertical Equilibrium Gas Saturation |
| SGB | Boundary Gas Saturation |
| SGT | Trapped Gas Saturation |
| SGT_VE | Vertical Equilibrium Trapped Gas Saturation |
| SGTL | Aqueous Trapped Gas Saturation |
| SGTN | NAPL Trapped Gas Saturation |
| SH | Hydrate Saturation |
| SH_O | Old Hydrate Saturation |
| SHB | Boundary Hydrate Saturation |
| SI | Ice Saturation |
| SI_O | Old Ice Saturation |
| SIB | Boundary Ice Saturation |
| SIG_GL | Gas-Aqueous Interfacial Tension, N/m |
| SIG_GN | Gas-NAPL Interfacial Tension, N/m |
| SIG_HL | Hydrate-Aqueous Interfacial Tension, N/m |
| SIG_IL | Ice-Aqueous Interfacial Tension, N/m |
| SIG_NL | NAPL-Aqueous Interfacial Tension, N/m |
| SK | Kerogen Saturation |
| SK_CW | Skin Factor for Well Interval |
| SKB | Boundary Kerogen Saturation |
| SL | Aqueous Saturation |
| SL_O | Old Aqueous Saturation |
| SL_VE | Vertical Equilibrium Aqueous Saturation |
| SLB | Boundary Aqueous Saturation |
| SLR_VEQ | Vertical Equilibrium Residual Aqueous Saturation |
| SLSC | Aqueous Scanning Path Saturation |
| SLW | Well Aqueous Saturation |
| SLW_O | Old Well Aqueous Saturation |
| SMALL | Constant, 1E-20 |
| SMDEF | Macrodispersivity Enhancement Factor |
| SMDG | Solute Gas Molecular Diffusion Coefficient, m2/s |
| SMDL | Solute Aqueous Molecular Diffusion Coefficient, m2/s |
| SMDLS | Salt Aqueous Molecular Diffusion Coefficient, m2/s |
| SMDN | Reactive Species NAPL Molecular Diffusion Coefficient, m2/s |
| SN | NAPL Saturation |
| SN_O | Old NAPL Saturation |
| SNB | Boundary NAPL Saturation |
| SNR | Residual NAPL Saturation |
| SNT | Entrapped NAPL Saturation |
| SNW | Well NAPL Saturation |
| SNW_O | Old Well NAPL Saturation |
| SOLML | Solute Aqueous Solubility Limit, 1/m3 |
| SOLUT | Solute Name* (64 characters) |
| SP_AREA | Specific Area, 1/m |
| SP_C | Reactive Species Volumetric Concentration, mol/m3 |
| SP_CBO | Old Reactive Species Volumetric Concentration, mol/m3 |
| SP_CI | Initial Species Concentration, mol/m3 node volume |
| SP_CMN | Base Mineral Species Concentration, mol/m3 node volume |
| SP_CO | Old Boundary Reactive Species Volumetric Conc., mol/m3 |
| SP_L | Aqueous Species Parameters |
| (1,:) Aqueous Species Charge | |
| (2,:) Aqueous Species Atomic Diameter, m | |
| (3,:) Aqueous Species Molecular Weight, kg/kmol | |
| SP_MDG | Reactive Species Gas Molecular Diffusion Coefficient, m2/s |
| SP_MDL | Reactive Species Aqueous Molecular Diffusion Coefficient, m2/s |
| SP_MDN | Reactive Species NAPL Molecular Diffusion Coefficient, m2/s |
| SP_RATE | Mineral Reaction Rate, mol/s |
| SP_S | Solid Species Parameters |
| (1,:) Solid Species Mass Density, kg/m3 | |
| (2,:) Solid Species Molecular Weight, kg/kmol | |
| SP_SDCL | Power Function or van Schaik and Kemper Empirical Aqueous Diffusion Model Parameters for ECKEChem |
(1) a Constant |
|
| (2) b Constant | |
| (3) c Constant | |
| SPHMIN | Specified Minimum Height, m |
| SPNMC | Conservation-Component Species Name for ECKEChem |
| SPNME | Exchanged Species Name |
| SPNMG | Gas Species Name for ECKEChem |
| SPNMK | Aqueous Species Name for ECKEChem |
| SPNML | Kinetic-Component Species Name for ECKEChem |
| SPNMN | NAPL Species Name for ECKEChem |
| SPNMS | Solid Species Name for ECKEChem |
| SPNORM | Cosine of Angle Defining Normal to the Surface of each Node |
| SRC | Source Quantity |
| SRCA | Air Mass Source, kg/s |
| SRCD | Dissolved Oil Mass Source, kg/s |
| SRCGC | Gas Component Mass Source Rate, kg/s |
| SRCIA | Air Mass Source Integral, kg |
| SRCIC | Solute Source Integral, 1/s |
| SRCID | Dissolved Oil Mass Source Integral, kg |
| SRCIGC | Gas Component Mass Source Integral, kg |
| SRCIO | Oil Mass Source Integral, kg |
| SRCIS | Salt Mass Source Integral, kg |
| SRCIT | Energy Source Integral, J |
| SRCIW | Water Mass Source Integral, kg |
| SRCN | NAPL Mass Source Rate, kg/s |
| SRCO | Oil Mass Source Rate, kg/s |
| SRCO_W | Well Oil Mass Source Rate, kg/s |
| SRCOSP | Oil Spill Volumetric Source Rate, m3/s |
| SRCP | SVE Well Parameters |
| (1) SVE Well Minimum Gas Pressure, Pa | |
| (2) SVE Well Diameter, m | |
| SRCS | Salt Mass Source, kg/s |
| SRCT | Energy Source, W |
| SRCW | Water Mass Source, kg/s |
| SRCW_W | Well Water Mass Source, kg/s |
| SRCWSP | Oil Spill Water Volumetric Source Rate, m3/s |
| SS | Precipitated Salt Saturation |
| SS_O | Old Precipitated Salt Saturation |
| SSB | Boundary Precipitated Salt Saturation |
| STRAIN_GM | Effective Strain |
| STRESS_GM | Effective Stress, Pa |
| STRESSM_GM | Mean Effective Stress, Pa |
| STW | Well Total Liquid Saturation |
| STW_O | Old Well Total Liquid Saturation |
| SUB_LOG | Log of Subroutine Names |
| SUBNM | Subroutine Path* (512 characters) |
| SUFA | Surface Tension of Pure Alcohol @ 25 C, N/m |
| SUFO | Surface Tension of Pure Oil @ 25 C, N/m |
| SUFW | Surface Tension of Pure Water @ 25 C, N/m |
| SUGL | Gas-Aqueous Interfacial Tension, N/m |
| SUGN | Gas-NAPL Interfacial Tension, N/m |
| SUNL | NAPL-Aqueous Interfacial Tension, N/m |
| SVN_ID | SVN ID Number |
| SWBCD | Shuttleworth-Wallace Boundary Condition Depth, m |
| SWSI | Source Well Total Component Mass Injected |
| T | Temperature, C |
| T_CO | Old Crop Temperature, C |
| T_LV | CO2 or CH4 Liquid-Vapor Saturation Temperature, C |
| T_O | Old Temperature, C |
| T_PH | Temperature Entries in Hydrate Pressure Table |
| T_PO | Old Plant Temperature, C |
| T_SO | Old Ground Surface Temperature, C |
| T_TA | Temperature Array for CO2 Property Data Table |
| T_TH | Temperature Array of Hydrate Equilibrium Temperature File |
| T_VE | Vertical Equilibrium Temperature, C |
| T2P_HT | Temperature for Two-phase Region, K |
| TAA | Ternary Electrolyte Theta-a Parameter |
| TABS | Table Absolute Temperature, 273.15 K |
| TAI_FC | Fuel Cell Air Inlet Temperature, C |
| TAI_SP | Supply Pipe Air Inlet Temperature, C |
| TAI_TW | Thermal Well Air Inlet Temperature, C |
| TAI_WH | Well Head Air Inlet Temperature, C |
| TAIW_SP | Supply Pipe Wall Air Inlet Temperature, C |
| TAO_FC | Fuel Cell Air Outlet Temperature, C |
| TAO_SP | Supply Pipe Air Outlet Temperature, C |
| TAO_WH | Well Head Air Outlet Temperature, C |
| TAOW_SP | Supply Pipe Wall Air Outlet Temperature, C |
| TAS_FC | Fuel Cell Air Side Temperature, C |
| TAV_FC | Fuel Cell Average Temperature between Ignition and Peak Power, C |
| TB | Boundary Temperature, C |
| TBA | Air Normal Boiling Temperature, K |
| TBLDDX | Array of Second Derivatives for Spline Interpolation |
| TBLDDY | Array of Second Derivatives for Spline Interpolation |
| TBLX | Array of Tabulated Values for Spline Interpolation |
| TBLY | Array of Tabulated Values for Spline Interpolation |
| TBO | Oil Normal Boiling Temperature, K |
| TBW | Water Normal Boiling Temperature, K |
| TC | Component Critical Temperature, K |
| TCB_HT | Cricondenbar Temperature for Hydrates, K |
| TCC | Ternary Electrolyte Theta-c Parameter |
| TCMP | Reference Temperature for Soil Compressibilty, C |
| TCPP | Total Component Properties Array |
| TCR | Critical Temperature, K |
| TCR_HT | Critical Temperature for Hydrates, K |
| TCRA | Alcohol or CO2 Critical Temperature, K |
| TCRO | Oil Critical Temperature, K |
| TCRS | Surfactant Critical Temperature, K |
| TCRW | Water Critical Temperature, K |
| TCT | Cricondenterm Temperature, K |
| TCT_HT | Cricondenterm Temperature for Hydrates, K |
| TDISPL_GM | Total Geomechanical Displacement, m |
| TDRA | Alcohol Density Reference Temperature, C |
| TDRO | Oil Density Reference Temperature, C |
| TENTH | Constant, 0.1 |
| TERDC | Ternary Phase Diagram Constants |
| (1) Binodal Curve Constant: Ah | |
| (2) Binodal Curve Constant: Bh | |
| (3) Binodal Curve Constant: Eh | |
| (4) Binodal Curve Constant: Fh | |
| (5) Intermediate Value | |
| (6) Intermediate Value | |
| (7) Intermediate Value | |
| (8) Solubility Limit of Water in Alcohol Free Liquid Oil | |
| (9) Solubility Limit of Water in Alcohol Free Liquid Oil | |
| (10) Solubility Limit of Oil in Alcohol Free Liquid Water | |
| (11) Solubility Limit of Oil in Alcohol Free Liquid Water | |
| TFI_FC | Fuel Cell Fuel Inlet Temperature, C |
| TFI_SP | Supply Pipe Fuel Inlet Temperature, C |
| TFI_TW | Thermal Well Fuel Inlet Temperature, C |
| TFI_WH | Well Head Fuel Inlet Temperature, C |
| TFIW_SP | Supply Pipe Wall Fuel Inlet Temperature, C |
| TFO_FC | Fuel Cell Fuel Outlet Temperature, C |
| TFO_SP | Supply Pipe Fuel Outlet Temperature, C |
| TFO_WH | Well Head Fuel Outlet Temperature, C |
| TFOW_SP | Supply Pipe Wall Fuel Outlet Temperature, C |
| TFPA | Alcohol Freezing Point Temperature, C |
| TFPO | Oil Freezing Point Temperature, C |
| TFS_FC | Fuel Cell Fuel Side Temperature, C |
| TFX_GM | Thermal Stress in the X-Direction, Pa |
| TFY_GM | Thermal Stress in the Y-Direction, Pa |
| TFZ_GM | Thermal Stress in the Z-Direction, Pa |
| THAS_FC | Fuel Cell Thickness/Height of Air-Side Flow Channel, m |
| THE_HT | Temperature for Hydrate Equilibrium Table, K |
| THE2P_HT | Second Derivative of Temperature for Hydrate Equilibrium |
| THFP_FC | Fuel Cell Thickness/Height of Frame Plate, m |
| THFS_FC | Fuel Cell Thickness/Height of Fuel-Side Flow Channel, m |
| THIRD | One Third |
| THKG | Gas Thermal Conductivity, W/m K |
| THKGB | Boundary Gas Thermal Conductivity, W/m K |
| THKH | Hydrate Thermal Conductivity, W/m K |
| THKHB | Boundary Hydrate Thermal Conductivity, W/m K |
| THKI | Ice Thermal Conductivity, W/m K |
| THKIB | Boundary Ice Thermal Conductivity, W/m K |
| THKL | Aqueous Thermal Conductivity, W/m K |
| THKLB | Boundary Aqueous Thermal Conductivity, W/m K NAPL |
| THKN | NAPL Thermal Conductivity, W/m K |
| THKNB | Boundary NAPL Thermal Conductivity, W/m K |
| THKOS | Oil Thermal Conductivity, W/m K |
| THKOSB | Boundary Oil Thermal Conductivity, W/m K |
| THKRA | Reference Air Thermal Conductivity, W/m K |
| THKRW | Reference Water Thermal Conductivity, W/m K |
| THKS | Thermal Conductivity Model Parameters, W/m K |
| THSO_FC | Fuel Cell Thickness/Height of Separator Overall, m |
| THSR_FC | Fuel Cell Thickness/Height of Spacer Ring, m |
| THSW_FC | Fuel Cell Thickness/Height of Separator Walls |
| TIC_FC | Fuel Cell Inner Casing Temperature, C |
| TIC_SP | Supply Pipe Inner Casing Temperature, C |
| TIN_FC | Fuel Cell Inner Casing Insulation Temperature, C |
| TIN_SP | Supply Pipe Inner Casing Insulation Temperature, C |
| TITLE | Simulation Title* (132 characters) |
| TKAI_FC | Fuel Cell Thermal Conductivity of Air Inlet, W/m K |
| TKAI_SP | Supply Pipe Thermal Conductivity of Air Inlet, W/m K |
| TKAIW_SP | Thermal Conductivity of Air-Inlet Supply Pipe Wall, W/m K |
| TKAO_FC | Fuel Cell Thermal Conductivity of Air Outlet, W/m K |
| TKAO_SP | Supply Pipe Thermal Conductivity of Air Outlet, W/m K |
| TKAOW_SP | Thermal Conductivity of Air Outlet Supply Pipe Wall, W/m K |
| TKAS_FC | Fuel Cell Thermal Conductivity of Air Side, W/m K |
| TKFI_FC | Fuel Cell Thermal Conductivity of Fuel Inlet, W/m K |
| TKFI_SP | Supply Pipe Thermal Conductivity of Fuel Inlet, W/m K |
| TKFIW_SP | Thermal Conductivity of Fuel Inlet Supply Pipe Wall, W/m K |
| TKFO_FC | Fuel Cell Thermal Conductivity of Fuel Outlet, W/m K |
| TKFO_SP | Supply Pipe Thermal Conductivity of Fuel Outlet, W/m K |
| TKFOW_SP | Thermal Conductivity of Fuel Outlet Supply Pipe Wall, W/m K |
| TKFS_FC | Fuel Cell Thermal Conductivity of Fuel Side, W/m K |
| TKIC_FC | Fuel Cell Thermal Conductivity of Inner Casing, W/m K |
| TKIC_SP | Supply Pipe Thermal Conductivity of Inner Casing, W/m K |
| TKIN_FC | Fuel Cell Thermal Conductivity of Inner-Casing Insulation, W/m K |
| TKIN_SP | Supply Pipe Thermal Conductivity of Inner-Casing Insulation, W/m K |
| TKOC_FC | Fuel Cell Thermal Conductivity of Outer Casing Wall, W/m K |
| TKOC_SP | Supply Pipe Thermal Conductivity of Outer Casing Wall, W/m K |
| TKSF_FC | Fuel Cell Thermal Conductivity of Stack Frame, W/m K |
| TKSP_FC | Fuel Cell Thermal Conductivity of Separator Rings and Plates, W/m K |
| TLE_HT | Temperature for Lower Phase Envelope, K |
| TLOAD_GM | Geomechanical Total Load, N |
| TM | Time, s |
| TM_CRN | Courant Number Limiting Time Step, s |
| TM_RST | Time Step Reset, s |
| TM_TW | Thermal Well Time, s |
| TMBL | Mass Balance Check Time, s |
| TMBP_A | Net CO2 Mass Transferred into the Hydrate, kg/s |
| TMBP_N | Net N2 Mass Transferred into the Hydrate, kg/s |
| TMBP_O | Net CH4 Mass Transferred into the Hydrate, kg/s |
| TMC | Total Component Mass, kg |
| TMHA | Hydrate CO2 Mass, kg |
| TMHN | Hydrate N2 Mass, kg |
| TMHO | Hydrate CH4 Mass, kg |
| TMHS_FC | Fuel Cell Heat Source Time, s |
| TMHS_SP | Supply Pipe Heat Source Time, s |
| TML_CW | Total Mass Injected/Withdrawn Limit for Coupled Well, kg |
| TMMX | Maximum Time, s |
| TMN | Minimum Temperature, C |
| TMOB | Observed Date Output Time, s |
| TMPA | Time Step Acceleration Factor |
| TMPC | Time Step Cut Factor |
| TMPD | Execution Period Initial Time Step, s |
| TMPE | Execution Period Stop Time, s |
| TMPN | Minimum Time Step, s |
| TMPR | Plot/Restart File Print Time, s |
| TMPS | Execution Period Start Time, s |
| TMPX | Execution Period Maximum Time Step, s |
| TMRL | Release Plane Time, s |
| TMRM | Remediation Event Time, s |
| TMS | Total Salt Mass, kg |
| TMSB | Total Salt Mass at the Boundary, kg |
| TMX | Maximum Temperature, C |
| TOC_FC | Fuel Well Thermal Well Outer Casing Temperature, C |
| TOC_SP | Supply Pipe Thermal Well Outer Casing Temperature, C |
| TOLN | Log to Ln Conversion Factor |
| TOR | Tortuosity Function Constants |
| TORG | Gas Tortuosity |
| TORGB | Boundary Gas Tortuosity |
| TORL | Aqueous Tortuosity |
| TORLB | Boundary Aqueous Tortuosity |
| TORN | NAPL Tortuosity |
| TORNB | Boundary NAPL Tortuosity |
| TPV_FC | Fuel Cell Energy Peak, eV |
| TRAO_SP | Supply Pipe Air Outlet Temperature Controller Range, C |
| TRIN_FC | Fuel Cell Inner Casing Insulation Temperature Control Range, C |
| TRPGL | Gas-Aqueous Trapping Number |
| TRPNL | NAPL-Aqueous Trapping Number |
| TSF_FC | Stack Frame Temperature, C |
| TSPRF | Solute Diffusion Reference Temperature, C |
| TTAO_SP | Supply Pipe Air Outlet Target Temperature, C |
| TTIN_FC | Fuel Cell Inner Casing Insulation Target Temperature, C |
| TTPA | CO2 Triple Point Temperature, K |
| TTPO | CO2 Triple Point Temperature, K |
| TUE_HT | Temperature for Upper Phase Envelope, K |
| TWH | Initial Inlet Temperature at Well Head, C |
| TXSP | Slope of Surface between Adjacent Surface Nodes in the X-Direction, m |
| TYSP | Slope of Surface between Adjacent Surface Nodes in the y-Direction, m |
| U_ST | CO2 Property Table Values for Internal Energy, J/kg |
| U_TA | CO2 Property Table Values for Internal Energy, J/kg |
| UAI_FC | X-Direction Fuel Cell Internal Energy at the Air Inlet, J |
| UAI_SP | X-Direction Supply Pipe Internal Energy at the Air Inlet, J |
| UAO_FC | X-Direction Fuel Cell Internal Energy at the Air Outlet, J |
| UAO_SP | X-Direction Supply Pipe Internal Energy at the Air Outlet, J |
| UAS_FC | X-Direction Fuel Cell Internal Energy at the Air Side, J |
| UC | X-Direction Solute Flux, 1/m2 s |
| UCN | X-Direction Solute Flux in NAPL, 1/m2 s X-Direction |
| UDGA | X-Direction Air Diffusive Mass Flux or X-Direction CO2 Diffusive Mass Flux, kg/m2 s |
| UDGC | X-Direction Gas Component Diffusive Mass Flux, kg/m2 s |
| UDGN | X-Direction N2 Diffusive Mass Flux, kg/m2 s |
| UDGO | X-Direction Gas Diffusive Oil Mass Flux or X-Direction CH4 Diffusive Mass Flux, kg/m2 s |
| UDGW | X-Direction Water Vapor Diffusive Flux, kg/m2 s |
| UDGW_W | X-Direction Well Radial Water Vapor Diffusive Flux, kg/m2 s |
| UDLA | X-Direction Dissolved Air Diffusive Flux, kg/m2 s |
| UDLA_W | Well Radial Dissolved Air Diffusive Flux, kg/m2 s |
| UDLC | X-Direction Aqueous Component Diffusive Mass Flux, kg/m2 s |
| UDLN | X-Direction Aqueous N2 Diffusive Mass Flux, kg/m2 s |
| UDLO | X-Direction Dissolved Oil Diffusive Flux or X-Direction Aqueous CH4 Diffusive Mass Flux, kg/m2 s |
| UDLO_W | X-Direction Well Radial Dissolved Oil Diffusive Flux, kg/m2 s |
| UDLW | X-Direction Aqueous Water Diffusive Flux, kg/m2 s |
| UDNA | X-Direction NAPL Air Diffusive Flux, kg/m2 s |
| UDNC | X-Direction NAPL Component Diffusive Flux, kg/m2 s |
| UDNN | X-Direction NAPL N2 Diffusive Mass Flux, kg/m2 s |
| UDNO | X-Direction NAPL Oil Diffusive Flux or X-Direction NAPL CH4 Diffusive Flux, kg/m2 s |
| UDNW | X-Direction NAPL Water Diffusive Flux, kg/m2 s |
| UDS | X-Direction Salt Diffusion Flux, kg/m2 s |
| UEG | Gas Internal Energy, J/kg |
| UEG_O | Old Gas Internal Energy, J/kg |
| UEGA | CO2 Gas Internal Energy, J/kg |
| UEGAB | Boundary CO2 Gas Internal Energy, J/kg |
| UEGB | Boundary Gas Internal Energy, J/kg |
| UEL | Aqueous Enthalpy, J/kg |
| UEN | NAPL Enthalpy, J/kg |
| UFI_FC | X-Direction Fuel Cell Fuel Inlet Enthalpy, J/kg |
| UFI_SP | X-Direction Supply Pipe Fuel Inlet Enthalpy, J/kg |
| UFO_FC | X-Direction Fuel Cell Fuel Outlet Enthalpy, J/kg |
| UFO_SP | X-Direction Supply Pipe Fuel Outlet Enthalpy, J/kg |
| UFS_FC | X-Direction Fuel Cell Fuel Side Enthalpy, J/kg |
| UG | X-Direction Darcy Gas Flux, m/s |
| UG_W | Well X-Direction Darcy Gas Flux, m/s |
| UGA | X-Direction Mass Flux of Air or CO2 in Gas, kg/s |
| UGC | X-Direction Mass Flux of Component in Gas, kg/s |
| UGN | X-Direction Mass Flux of N2 in Gas, kg/s |
| UGO | X-Direction Mass Flux of CH4 in Gas, kg/s |
| UGW | X-Direction Mass Flux of Water Vapor, kg/s |
| UL | X-Direction Darcy Aqueous Flux, m/s |
| UL_LV | X-Direction Liquid Internal Energy on the Liquid-Vapor Saturation Line, J/kg |
| UL_W | Well X-Direction Darcy Aqueous Flux, m/s |
| ULA | X-Direction Mass Flux of Air or CO2 in Aqueous, kg/s |
| ULC | X-Direction Mass Flux of Aqueous Component, kg/s |
| ULN | X-Direction Mass Flux of Aqueous N2, kg/s |
| ULO | X-Direction Mass Flux of CH4 in Aqueous, kg/s |
| ULSP | X-Direction Aqueous Surface Spill Flux, kg/s |
| ULW | X-Direction Mass Flux of Aqueous Water, kg/s |
| UN | X-Direction Darcy NAPL Flux, m/s |
| UN_W | Well X-Direction Darcy NAPL Flux, m/s |
| UNA | X-Direction Mass Flux of Air or CO2 in NAPL, kg/s |
| UNAR | Units for Radiants |
| UNC | X-Direction Mass Flux of NAPL Component, kg/s |
| UNLN | Output/Reference Node Length Units* (64 characters) |
| UNN | X-Direction Mass Flux of N2 in NAPL, kg/s |
| UNO | X-Direction Mass Flux of Oil or CH4 in NAPL, kg/s |
| UNPLOT | Plot File Variable Index |
| UNREF | Reference Node Variable Index |
| UNSF | Surface Flux Rate and Integral Units* (64 characters) |
| UNSP | X-Direction NAPL Surface Spill Flux, kg/s |
| UNTM | Output/Reference Node Time Units* (64 characters) |
| UNW | X-Direction Mass Flux of NAPL Water, kg/s |
| UQ | X-Direction Energy Flux, W/m2 |
| US | X-Direction Salt Flux, kg/m2 s |
| USER | User Name* (64 characters) |
| UV_LV | Vapor Internal Energy on the Liquid-Vapor Saturation Line, J/kg |
| VAI_FC | Y-Direction Fuel Cell Internal Energy at the Air Inlet, J |
| VAI_SP | Y-Direction Supply Pipe Internal Energy at the Air Inlet, J |
| VAI_WH | Y-Direction Supply Pipe Internal Energy at the Well Head, J |
| VAO_FC | Y-Direction Fuel Cell Internal Energy at the Air Outlet, J |
| VAO_SP | Y-Direction Supply Pipe Internal Energy at the Air Outlet, J |
| VAO_WH | Y-Direction Supply Pipe Internal Energy at the Well Head, J |
| VAR_CW | Coupled Well Variables |
| VAR_CW(1,:,:) Well Time, s | |
| VAR_CW(2,:,:) Mass Rate, kg/s | |
| VAR_CW(3,:,:) Pressure Limit, Pa | |
| VAR_CW(4,:,:) Temperature, C | |
VAR_CW(5,:,:) Aqueous CO2 Relative Saturation or Aqueous CO2 Mass Fraction or Aqueous Saturation or Water Vapor Relative Saturation |
|
| VAR_CW(6:,:) Aqueous Salt Relative Saturation or Aqueous Salt Mass Fraction | |
| VAR_CW(7,:,:) CO2 NAPL Mole Fraction or Gas Mass Fraction of Gas + Oil | |
| VAR_CW(8,:,:) CH4 NAPL Mole Fraction | |
| VAR_CW(8+I,:,:) Petroleum Components I NAPL Mole Fraction | |
| VARB | Input Variable Name* (64 characters) |
| VAS_FC | Y-Direction Fuel Cell Internal Energy at the Air Side, J |
| VC | Y-Direction Solute Flux, 1/m2 s |
| VCN | Y-Direction Solute Flux in NAPL, 1/m2 s |
| VCRA | Air Critical Molar Volume, cm3/mol |
| VCRO | Oil Critical Molar Volume, cm3/mol |
| VCRS | Surfactant Critical Molar Volume, cm3/mol |
| VCRW | Water Critical Molar Volume, cm3/mol |
| VDGA | Y-Direction Air Vapor Diffusive Flux, kg/m2 s |
| VDGC | Y-Direction Gas Component Diffusive Mass Flux, kg/m2 s |
| VDGN | Y-Direction N2 Diffusive Mass Flux, kg/m2 s |
| VDGO | Y-Direction Oil Vapor Diffusive Flux, kg/m2 s |
| VDGW | Y-Direction Water Vapor Diffusive Flux, kg/m2 s |
| VDLA | Y-Direction Dissolved-Air Diffusive Flux, kg/m2 s |
| VDLC | Y-Direction Aqueous Component Diffusive Mass Flux, kg/m2 s |
| VDLN | Y-Direction Aqueous N2 Diffusive Mass Flux, kg/m2 s |
| VDLO | Y-Direction Dissolved-Oil Diffusive Flux, kg/m2 s |
| VDLW | Y-Direction Aqueous Water Diffusive Flux, kg/m2 s |
| VDNA | Y-Direction NAPL Air Diffusive Flux, kg/m2 s |
| VDNC | Y-Direction NAPL Component Diffusive Flux, kg/m2 s |
| VDNN | Y-Direction NAPL N2 Diffusive Mass Flux, kg/m2 s |
| VDNO | Y-Direction NAPL Oil Diffusive Flux or Y-Direction NAPL CH4 Diffusive Flux, kg/m2 s |
| VDNW | Y-Direction NAPL Water Diffusive Flux, kg/m2 s |
| VDS | Y-Direction Salt Diffusion Flux, kg/m2 s |
| VFI_FC | Y-Direction Fuel Cell Fuel Inlet Enthalpy, J/kg |
| VFI_SP | Y-Direction Supply Pipe Fuel Inlet Enthalpy, J/kg |
| VFI_WH | Y-Direction Well Head Fuel Inlet Enthalpy, J/kg |
| VFO_FC | Y-Direction Fuel Cell Fuel Outlet Enthalpy, J/kg |
| VFO_SP | Y-Direction Supply Pipe Fuel Outlet Enthalpy, J/kg |
| VFO_WH | Y-Direction Well Head Fuel Outlet Enthalpy, J/kg |
| VFS_FC | Y-Direction Fuel Cell Fuel Side Enthalpy, J/kg |
| VG | Y-Direction Gas Darcy Flux, m/s |
| VGA | Y-Direction Mass Flux of Air or CO2 in Gas, kg/s |
| VGC | Y-Direction Mass Flux of Gas Components, kg/s |
| VGN | Y-Direction Mass Flux of N2 in Gas, kg/s |
| VGO | Y-Direction Mass Flux of Oil or CH4 in Gas, kg/s |
| VGW | Y-Direction Mass Flux of Water Vapor, kg/s |
| VISCA | Alcohol Viscosity Function Constants |
| VISCO | Oil Viscosity Function Constants |
| VISCS | Surfactant Viscosity Function Constants |
| VISDG | Dry Gas Viscosity, Pa s |
| VISG | Gas Viscosity, Pa s |
| VISGB | Boundary Gas Viscosity, Pa s |
| VISGI | Initial Gas Viscosity, Pa s |
| VISGW | Well Gas Viscosity, Pa s |
| VISGWB | Well Boundary Gas Viscosity, Pa s |
| VISL | Aqueous Viscosity, Pa s |
| VISLB | Boundary Aqueous Viscosity, Pa s |
| VISLI | Initial Aqueous Viscosity, Pa s |
| VISLSP | Aqueous Viscosity of Spill Surface Node, Pa s |
| VISLW | Well Aqueous Viscosity, Pa s |
| VISLWB | Well Boundary Aqueous Viscosity, Pa s |
| VISN | NAPL Viscosity, Pa s |
| VISNB | Boundary NAPL Viscosity, Pa s |
| VISNI | Initial NAPL Viscosity, Pa s |
| VISNSP | NAPL Viscosity of Spill Surface Node, Pa s |
| VISNW | Well NAPL Viscosity, Pa s |
| VISNWB | Well Boundary NAPL Viscosity, Pa s |
| VISRG | Gas Reference Viscosity, Pa s |
| VISRL | Aqueous Reference Viscosity, Pa s |
| VISRN | NAPL Reference Viscosity, Pa s |
| VL | Y-Direction Water Darcy Flux, m/s |
| VLA | Y-Direction Mass Flux of Air or CO2 in Aqueous, kg/s |
| VLC | Y-Direction Mass Flux of Aqueous Component, kg/s |
| VLN | Y-Direction Mass Flux of N2 in Aqueous, kg/s |
| VLO | Y-Direction Mass Flux of Oil or CH4 in Aqueous, kg/s |
| VLSP | Y-Direction Water Flux for Spill Surface Node, m/s |
| VLW | Y-Direction Mass Flux of Aqueous Water, kg/s |
| VMC | Component Critical Molar Volume, cm3/mol |
| VN | NAPL Darcy Flux, m/s |
| VNA | Y-Direction Mass Flux of Air or CO2 in NAPL, kg/s |
| VNC | Y-Direction Mass Flux of NAPL Component, kg/s |
| VNN | Y-Direction Mass Flux of N2 in NAPL, kg/s |
| VNO | Y-Direction Mass Flux of Oil or CH4 in NAPL, kg/s |
| VNSP | Y-Direction NAPL Flux for Spill Surface Node, m/s |
| VNW | Y-Direction Mass Flux of Water in NAPL, kg/s |
| VOL | Node Volume, m3 |
| VQ | Y-Direction Energy Flux, W/m2 |
| VS | Y-Direction Salt Flux, kg/m2 s |
| VSF_FC | Stack Frame Voltage |
| VSLC | (1) Reference Aqueous Pressure, Pa |
| (2) Reference-Pressure Z Location, m | |
| (3) Reference Temperature, C | |
| (4) Reference-Temperature Z Location, m | |
| (5) Geothermal Gradient, C/m | |
| WAI_FC | Fuel Cell Air Inlet Velocity, m/s |
| WAI_SP | Supply Pipe Air Inlet Velocity, m/s |
| WAIAO_FC | Air Velocity at the Orifice Throat between the Air Inlet and Air Outlet, m/s |
| WAO_FC | Fuel Cell Air Outlet Velocity, m/s |
| WAO_SP | Supply Pipe Air Outlet Velocity, m/s |
| WBR | Well Bore Radius, m |
| WBR_CW | Coupled Well Bore Radius, m |
| WBRS | Well Bore Radius for Storage, m |
| WC | Z-Direction Solute Flux, 1/m2 s |
| WCN | Z-Direction Solute Flux in NAPL, 1/m2 s |
| WDGA | Z-Direction Air Vapor or CO2 Gas Diffusive Flux, kg/m2 s |
| WDGC | Z-Direction Gas Component Diffusive Flux, kg/m2 s |
| WDGN | Z-Direction N2 Gas Diffusive Flux, kg/m2 s |
| WDGO | Z-Direction Oil Vapor or CH4 Gas Diffusive Flux, kg/m2 s |
| WDGW | Z-Direction Water Vapor Diffusive Flux, kg/m2 s |
| WDGW_W | Well Z-Direction Water Vapor Diffusive Flux, kg/m2 s |
| WDLA | Z-Direction Dissolved Air or Aqueous CO2 Diffusive Flux, kg/m2 s |
| WDLA_W | Well Z-Direction Dissolved Air Diffusive Flux, kg/m2 s |
| WDLC | Z-Direction Aqueous Component Diffusive Flux, kg/m2 s |
| WDLN | Z-Direction Aqueous N2 Diffusive Flux, kg/m2 s |
| WDLO | Z-Direction Dissolved Oil or Aqueous CH4 Diffusive Flux, kg/m2 s |
| WDLO_W | Well Z-Direction Dissolved Oil or Aqueous CH4 Diffusive Flux, kg/m2 s |
| WDLW | Z-Direction Aqueous Water Diffusive Flux, kg/m2 s |
| WDNA | Z-Direction NAPL Air or CO2 Diffusive Flux, kg/m2 s |
| WDNC | Z-Direction NAPL Component Diffusive Flux, kg/m2 s |
| WDNN | Z-Direction NAPL N2 Diffusive Flux, kg/m2 s |
| WDNO | Z-Direction NAPL Oil or CH4 Diffusive Flux, kg/m2 s |
| WDNW | Z-Direction NAPL Water Diffusive Flux, kg/m2 s |
| WDS | Z-Direction Salt Diffusion Flux, kg/m2 s |
| WFI_FC | Fuel Cell Fuel Inlet Velocity, m/s |
| WFI_SP | Supply Pipe Fuel Inlet Velocity, m/s |
| WFIFO_FC | Air Velocity at the Orifice Throat between the Fuel Inlet and Fuel Outlet, m/s |
| WFMN | Interfacial Average Weighting Factor |
| WFO_FC | Fuel Cell Fuel Outlet Velocity, m/s |
| WFO_SP | Supply Pipe Fuel Outlet Velocity, m/s |
| WG | Z-Direction Gas Darcy Flux, m/s |
| WG_W | Well Z-Direction Gas Darcy Flux, m/s |
| WGA | Z-Direction Mass Flux of Air or CO2 in Gas, kg/s |
| WGC | Z-Direction Mass Flux of Gas Component, kg/s |
| WGN | Z-Direction Mass Flux of N2 Gas, kg/s |
| WGO | Z-Direction Mass Flux of Oil or CH4 in Gas, kg/s |
| WGW | Z-Direction Mass Flux of Water Vapor, kg/s |
| WHBTA | Alcohol HBT Accentric Factor |
| WHBTO | Oil HBT Accentric Factor |
| WHP | Initial Well Head Pressure, Pa |
| WIDA | Initial Well Dissolved Air Saturation |
| WIDO | Initial Well Dissolved Oil Saturation |
| WL | Z-Direction Aqueous Darcy Flux, m/s |
| WL_W | Well Z-Direction Aqueous Darcy Flux, m/s |
| WLA | Z-Direction Mass Flux of Air or CO2 in Aqueous, kg/s |
| WLC | Z-Direction Mass Flux of Aqueous Component, kg/s |
| WLN | Z-Direction Mass Flux of Aqueous N2, kg/s |
| WLO | Z-Direction Mass Flux of Oil or CH4 in Aqueous, kg/s |
| WLVR | Well Head Parameters |
| WLW | Z-Direction Mass Flux of Aqueous Water, kg/s |
| WN | Z-Direction NAPL Darcy Flux, m/s |
| WN_W | Well Z-Direction NAPL Darcy Flux, m/s |
| WNA | Z-Direction Mass Flux of Air or CO2 in NAPL, kg/s |
| WNC | Z-Direction Mass Flux of NAPL Component, kg/s |
| WNM_CW | Coupled Well Type: Injection (IW) or Production (PW) or Single Pass (SP) or Double Pass (DP) |
| WNN | Z-Direction Mass Flux of NAPL N2, kg/s |
| WNO | Z-Direction Mass Flux of Oil or CH4 in NAPL, kg/s |
| WNW | Z-Direction Mass Flux of NAPL Water, kg/s |
| WQ | Z-Direction Energy Flux, W/m^2 |
| WRH | Initial Well Relative Humidity |
| WS | Z-Direction Salt Flux, kg/m^2 s |
| WTM | Component Molecular Weight, kg/kmol |
| WTMA | Air or CO2 Molecular Weight, kg/kmol |
| WTMCH_OS | Char Molecular Weight, kg/kmol |
| WTMCK_OS | Coke Molecular Weight, kg/kmol |
| WTMK_OS | Kerogen Molecular Weight, kg/kmol |
| WTMN | N2 Molecular Weight, kg/kmol |
| WTMO | Oil or CH4 Molecular Weight, kg/kgmol |
| WTMS | Surfactant Molecular Weight, kg/kgmol |
| WTMW | Water Molecular Weight, kg/kgmol |
| WWD | Well Total Liquid Depth, m |
| WWDL | Well Aqueous Depth, m |
| WWDN | Well NAPL Depth, m |
| XD_GM | X-Direction Geomechanical Surfaces |
| XDP_GM | Expansion due to Pressure on X-Direction Geomechanical Surfaces |
| XDT_GM | Thermal Expansion in the X-Direction on Geomechanical Surfaces |
| XE | X Node Dimension, m |
| XGA | Air Mass Fraction in Gas |
| XGA_O | Old Air Mass Fraction in Gas |
| XGAB | Boundary Air Mass Fraction in Gas |
| XGAW | Well Air Mass Fraction in Gas |
| XGAW_O | Old Well Air Mass Fraction in Gas |
| XGAWB | Well Boundary Air Mass Fraction in Gas |
| XGC | Gas Component Mass Fraction |
| XGCB | Gas Component Mass Fraction at the Boundary |
| XGN | Gaseous N2 Mass Fraction |
| XGNB | Gaseous N2 Mass Fraction at the Boundary |
| XGO | Oil Mass Fraction in Gas |
| XGO_O | Old Oil Mass Fraction in Gas |
| XGOB | Boundary Oil Mass Fraction in Gas |
| XGW | Water Mass Fraction in Gas |
| XGW_O | Old Well Oil Mass Fraction in Gas |
| XGWB | Boundary Water Mass Fraction in Gas |
| XGWW | Well Water Mass Fraction in Gas |
| XGWW_O | Old Well Water Mass Fraction in Gas |
| XGWWB | Well Boundar Water Mass Fraction in Gas |
| XHA | CO2 Mass Fraction in Hydrate |
| XHA_O | Old CO2 Mass Fraction in Hydrate |
| XHAB | Boundary CO2 Mass Fraction in Hydrate |
| XHN | Hydrate N2 Mass Fraction |
| XHNB | Hydrate N2 Mass Fraction at the Boundary |
| XHO | CH4 Mass Fraction in Hydrate |
| XHO_O | Old CH4 Mass Fraction in Hydrate |
| XHOB | Boundary CH4 Mass Fraction in Hydrate |
| XHW | Water Mass Fraction in Hydrate |
| XHW_O | Old Water Mass Fraction in Hydrate |
| XHWB | Boundary Water Mass Fraction in Hydrate |
| XLA | Dissolved Air Mass Fraction in Aqueous |
| XLA_O | Old Dissolved Air Mass Fraction in Aqueous |
| XLA_VE | Dissolved CO2 Mass Fraction in Aqueous |
| XLAB | Boundary Dissolved Air Mass Fraction in Aqueous Well |
| XLAW | Dissolved Air Mass Fraction in Aqueous |
| XLAW_O | Well Old Dissolved Air Mass Fraction in Aqueous |
| XLAWB | Well Boundary Dissolved Air Mass Fraction in Aqueous |
| XLC | Gas Component Mass Fraction in Aqueous |
| XLCA_HT | CO2 Large Cage Occupany Number for Hydrate Equilibrium Table |
| XLCA_PH | CO2 Large Cage Occupany Number from Equilibrium-Pressure File |
| XLCA_TH | CO2 Large Cage Occupancy Numberfrom Equilibrium-Temperature File |
| XLCA2T_HT | Second Derivative of CO2 Large Cage Occupany for Hydrates |
| XLCB | Boundary Gas Component Mass Fraction in Aqueous |
| XLCN_HT | N2 Large Cage Occupany Number for Hydrate Equilibrium Table |
| XLCN2T_HT | Second Derivative of N2 Large Cage Occupany for Hydrates |
| XLCO_HT | CH4 Large Cage Occupany Number for Hydrate Equilibrium Table |
| XLCO_PH | CH4 Large Cage Occupany Number from Equilibrium-Pressure File |
| XLCO_TH | CH4 Large Cage Occupancy Numberfrom Equilibrium-Temperature File |
| XLCO2T_HT | Second Derivative of CH4 Large Cage Occupany for Hydrates |
| XLIMX | Maximum Concentration of Inhibitors, % |
| XLN | Aqueous N2 Mass Fraction |
| XLNB | Aqueous N2 Mass Fraction at the Boundary |
| XLO | Dissolved Oil Mass Fraction in Aqueous |
| XLO_O | Oil Dissolved Oil Mass Fraction in Aqueous |
| XLOB | Boundary Dissolved Oil Mass Fraction in Aqueous |
| XLOW | Well Dissolved Oil Mass Fraction in Aqueous |
| XLOW_O | Old Dissolved Oil Mass Fraction in Aqueous |
| XLOWB | Well Boundary Dissolved Oil Mass Fraction in Aqueous |
| XLS | Dissolved Salt Mass Fraction in Aqueous |
| XLS_O | Old Dissolved Salt Mass Fraction in Aqueous |
| XLSB | Boundary Dissolved Salt Mass Fraction in Aqueous |
| XLW | Water Mass Fraction in Aqueous |
| XLW_O | Old Well Dissolved Salt Mass Fraction in Aqueous |
| XLWB | Boundary Water Mass Fraction in Aqueous |
| XLWW | Well Water Mass Fraction in Aqueous |
| XLWW_O | Old Well Water Mass Fraction in Aqueous |
| XLWWB | Well Boundary Water Mass Fraction in Aqueous |
| XMAI_FC | Fuel Cell Air Inlet Air Component Mole Fraction |
| XMAI_SP | Supply Pipe Air Inlet Air Component Mole Fraction |
| XMAO_FC | Fuel Cell Air Outlet Air Component Mole Fraction |
| XMAO_SP | Supply Pipe Air Outlet Air Component Mole Fraction |
| XMEC_TW | Reaction Stoichiometry for Fuel Component or Air Component or Exhaust Component |
| XMFI_FC | Fuel Cell Fuel Inlet Fuel Component Mole Fraction |
| XMFI_SP | Supply Pipe Fuel Inlet Fuel Component Mole Fraction |
| XMFO_FC | Fuel Cell Fuel Outlet Fuel Component Mole Fraction |
| XMFO_SP | Supply Pipe Fuel Outlet Fuel Component Mole Fraction |
| XMG | Gas Mole Fraction |
| XMGA | Air Mole Fraction in Gas |
| XMGAB | Boundary Air Mole Fraction in Gas |
| XMGC | Gas Component Mole Fraction |
| XMGCB | Gas Component Mole Fraction at the Boundary |
| XMGN | Gas N2 Mole Fraction |
| XMGNB | Gas N2 Mole Fraction at the Boundary |
| XMGO | Oil Mole Fraction in Gas |
| XMGOB | Boundary Oil Mole Fraction in Gas |
| XMGW | Water Mole Fraction in Gas |
| XMGWB | Boundary Oil Mole Fraction in Gas |
| XMGWW | Well Water Vapor Mole Fraction in Gas |
| XMGWWB | Well Boundary Water Vapor Mole Fraction in Gas |
| XMLA | Air Mole Fraction in Aqueous |
| XMLAB | Boundary Air Mole Fraction in Aqueous |
| XMLAW | Well Dissolved Air Mole Fraction in Aqueous |
| XMLAWB | Well Boundary Dissolved Air Mole Fraction in Aqueous |
| XMLC | Aqueous Component Mole Fraction |
| XMLCB | Aqueous Component Mole Fraction at the Boundary |
| XMLN | Aqueous N2 Mole Fraction |
| XMLNB | Aqueous N2 Mole Fraction at the Boundary |
| XMLO | Oil Mole Fraction in Aqueous |
| XMLOB | Boundary Oil Mole Fraction in Aqueous |
| XMLOW | Well Dissolved Oil Mole Fraction in Aqueous |
| XMLOWB | Well Boundary Dissolved Oil Mole Fraction in Aqueous |
| XMLS | Salt Mole Fraction in Aqueous |
| XMLSB | Bound. Salt Mole Frac. in Aqueous |
| XMLW | Water Mole Fraction in Aqueous |
| XMLWB | Bound. Water Mole Fraction in Aqueous |
| XMNA | Alcohol Mole Fraction in NAPL |
| XMNAB | Boundary Alcohol Mole Fraction in NAPL |
| XMNC | Nonaqueous Component Mole Fraction |
| XMNCB | Nonaqueous Component Mole Fraction at the Boundary |
| XMNN | Nonaqueous N2 Mole Fraction |
| XMNNB | Nonaqueous N2 Mole Fraction at the Boundary |
| XMNO | Oil Mole Fraction in NAPL |
| XMNOB | Boundary Oil Mole Fraction in NAPL |
| XMNW | Water Mole Fraction in NAPL |
| XMNWB | Boundary Water Mole Fraction in NAPL |
| XMPCF | Mole Fraction of Petroleum Component Fractions |
| XMVC | Volumetric Component Mole Fraction |
| XMVCB | Volumetric Component Mole Fraction at the Boundary |
| XMVGC | Equilibrium Dry Gas Component Mole Fraction in Gas |
| XMVGW | Equilibrium Water Mole Fraction in Gas |
| XMVLC | Equilibrium Dry Gas Component Mole Fraction in Aqueous |
| XMVLW | Equilibrium Water Mole Fraction in Aqueous |
| XNA | Alcohol Mass Fraction in NAPL |
| XNA_O | Old Alcohol Mass Fraction in NAPL |
| XNAB | Boundary Alcohol Mass Fraction in NAPL |
| XNC | NAPL Component Mass Fraction |
| XNCB | NAPL Component Mass Fraction at the Boundary |
| XNN | NAPL N2 Mass Fraction |
| XNNB | NAPL N2 Mass Fraction at the Boundary |
| XNO | Oil Mass Fraction in NAPL |
| XNO_O | Old Oil Mass Fraction in NAPL |
| XNOB | Boundary Oil Mass Fraction in NAPL |
| XNW | Water Mass Fraction in NAPL |
| XNW_O | Old Water Mass Fraction in NAPL |
| XNWB | Boundary Water Mass Fraction in NAPL |
| XOC_OS | Oil Shale Organic Carbon Mass Fraction |
| XP | X-Direction Node Centroid Position, m |
| XP_CW | Coupled Well X-Direction Node Centroid Position, m |
| XPBC | X-Direction Bottom Surface Centroid |
| XREF | Generalized Curvilinear Coordinate Factor |
| XREFU | Generalized Curvilinear Coordinate Factor |
| XSCA_HT | CO2 Small Cage Occupany for Hydrate Equilibrium Table |
| XSCA_PH | CO2 Small Cage Occupany from Equilibrium-Pressure File |
| XSCA_TH | CO2 Small Cage Occupany from Equilibrium-Temperatute File |
| XSCA2T_HT | Second Derivative of CO2 Small Cage Occupany for Hydrates |
| XSCN_HT | N2 Small Cage Occupany for Hydrate Equilibrium Table |
| XSCN2T_HT | Second Derivative of N2 Small Cage Occupany for Hydrates |
| XSCO_HT | CH4 Small Cage Occupany for Hydrate Equilibrium Table |
| XSCO_PH | Second Derivative of CH4 Small Cage Occupany for Hydrates |
| XSCO_TH | CH4 Small Cage Occupany from Equilibrium-Temperatute File |
| XSCO2T_HT | Second Derivative of CH4 Small Cage Occupany for Hydrates |
| XSO | Sorbed Oil Mass Fraction |
| XSO_O | Old Sorbed Oil Mass Fraction |
| XSOB | Boundary Sorbed Oil Mass Fraction |
| XSP | Top Active Node X-Coordinate |
| XTP_CW | X-Transition Points for Well Interval, m |
| XVC | Volumetric Component Mass Fraction |
| XVCB | Volumetric Component Mass Fraction at the Boundary |
| YD_GM | Y-Direction Geomechanical Surfaces |
| YDP_GM | Expansion due to Pressure on Y-Direction Geomechanical Surfaces |
| YDT_GM | Thermal Expansion on Y-Direction Geomechanical Surfaces |
| YE | Y Node Dimension, m |
| YG | Fraction of Solute in Gas |
| YGB | Boundary Fraction of Solute in Gas |
| YL | Fraction of Solute in Aqueous |
| YLB | Boundary Fraction of Solute in Aqueous |
| YLS | Fraction of Dissolved Salt in Aqueous |
| YLS_O | Old Fraction of Dissolved Salt in Aqueous |
| YLS_VE | Vertical Equilibrium Fraction of Dissolved Salt in Aqueous |
| YLSB | Boundary Fraction of Dissolved Salt in Aqueous |
| YMGA | Gaseous CO2 Mole Fraction of Formers |
| YMGN | Gaseous N2 Mole Fraction of Formers |
| YMGO | Gaseous CH4 Mole Fraction of Formers |
| YMGO_PH | Gaseous CH4 Mole Fraction of Formers from Equilibrium-Pressure File |
| YMGO_TH | Gaseous CH4 Mole Fraction of Formers from Equilibrium-Temperature File |
| YMHGA | Hydrate Gas CO2 Mole Fraction of Formers |
| YMHGN | Hydrate Gas N2 Mole Fraction of Formers |
| YMHGO | Hydrate Gas CH4 Mole Fraction of Formers |
| YMHO_PH | Hydrate Gas CH4 Mole Fraction of Formers from Equilibrium-Pressure File |
| YMHO_TH | Hydrate Gas CH4 Mole Fraction of Formers from Equilibrium-Temperature File |
| YMLOW | Well Dissolved Oil Mole Fraction in Aqueous |
| YN | Fraction of Solute in NAPL |
| YNB | Boundary Fraction of Solute in NAPL |
| YP | Y-Direction Node Centroid Position, m |
| YP_CW | Coupled Well Y-Projection Array |
| YPBC | Y-Coordinate of Centroid |
| YSP | Top Active Node Y-Coordinate |
| YSPG | Gas Fraction of Component Species NEQ at Node N |
| YSPL | Aqueous Fraction of Component Species NEQ at Node N |
| YSPN | NAPL Fraction of Component Species NEQ at Node N |
| YTP_CW | Y-Transition Points for Well Inteval, m |
| ZAIFI_SP | Center Separation: Air-Inlet and Fuel-Inlet Supply Pipe, m |
| ZAIFO_SP | Center Separation: Air-Inlet and Fuel-Outlet Supply Pipe, m |
| ZAIHF_SP | Center Separation: Air-Inlet and Heater-Fuel Supply Pipe, m |
| ZB_VE | Vertical Equilibrium String Gas-Aqueous Interface Elevation |
| ZBMIN_VE | Minimum Vertical Equilibrium String Gas-Aqueous Interface Elevation |
| ZBTR_VE | Vertical Equilibrium Dissolved CO2 Transition Depth |
| ZCRA | Alcohol Critical Compressibility Factor |
| ZCRO | Oil Critical Compressibility Factor |
| ZCRS | Surfactant Critical Compressibility Factor |
| ZCRW | Water Critical Compressibility Factor |
| ZD_GM | Z-Direction Geomechanical Surfaces |
| ZDP_GM | Expansion due to Pressure on Z-Direction Geomechanical Surfaces |
| ZDT_GM | Thermal Expansion on Z-Direction Geomechanical Surfaces |
| ZE | Z Node Dimension, m |
| ZERO | Constant, 0. |
| ZFIFO_SP | Center Separation: Fuel-Inlet and Fuel-Outlet Supply Pipe, m |
| ZFOHF_SP | Center Separation: Fuel-Outlet and Heater-Fuel Supply Pipe, m |
| ZG | Gas Compressibility |
| ZGB | Gas Compressibility at the Boundary |
| ZHC_HT | Mole Fraction of Hydrate Formers for Hydrate Equilibria |
| ZLAB | Micro-Emulsion Volume Fraction |
| ZMC | Total Petroleum Component Mole Fraction |
| ZMCA | Total Nonaqueous CO2 Mole Fraction of Formers |
| ZMCB | Total Petroleum Component Mole Fraction at the Boundary |
| ZMCN | Total Nonaqueous N2 Mole Fraction of Formers |
| ZMCO | Total Nonaqueous CH4 Mole Fraction of Formers |
| ZMIH_HT | Mole Fraction of Hydrate Formers for Hydrate Equilibria |
| (1) Hydrate Gas CO2 Mole Fraction of Formers | |
| (2) Hydrate Gas N2 Mole Fraction of Formers | |
| (3) Hydrate Gas CH4 Mole Fraction of Formers | |
| ZN | NAPL Compressibility |
| ZNB | NAPL Compressibility Boundary |
| ZP | Z Node Position |
| ZP_CW | Z Node Position for Coupled Wells |
| ZPBC | Z-Direction Bottom Surface Centroid |
| ZPC_HT | Mole Fraction of Hydrate Formers for Phase Equilibria |
| ZRA | Component Critical Compressibility Factor |
| ZRAA | Alcohol Rackett Compressibility Factor |
| ZRAO | Oil Rackett Compressibility Factor |
| ZSP | Top Active Node Z-Coordinate |
| ZTP_CW | Z-Transition Points for Well Interval, m |