Update testdesc.md

lanl · Oct 2, 2024 · ec80801 · ec80801
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Showing 1 changed file with 20 additions and 19 deletions.
diff --git a/docs/getting-started/fehmpytest-info/testdesc.md b/docs/getting-started/fehmpytest-info/testdesc.md
@@ -29,36 +29,37 @@ For Developers, Run Full to include tests under development: ```python fehmpytes
 | [**bodyforce**](/test-details/bodyforce.md)  |**Test greater flexibility for specifying body forces**<br>Compares results generated by three available syntax inputs |
 | [**boun**](/test-details/boun.md) |**Test the Boundry Functionality**<br>Compares boun test results in contour files (flow macro vs boun macro)| 
 | [**cden**](/test-details/cden.md)  |**Test the Concentration Dependent Brine Density Functionality**<br>Compares generated history files to old history files that are known to be correct. |
-| [**cflxz**](/test-details/cflxz.md) | **Concentration Zone Flux Test**<br> Comparison of FEHm with 1-D Difusion Model |
-| [**colloid_filtration**](/test-details/colloid_filtration.md)  |**Test Colloid Filtration**<br> TSPA particle tracking simulation..|
+| [**cflxz**](/test-details/cflxz.md) | **Concentration Zone Flux Test**<br> Comparison of FEHM with 1-D Difusion Model |
+| [**colloid_filtration**](/test-details/colloid_filtration.md)  |**Test Colloid Filtration**<br> TSPA particle tracking simulation. |
 | [**dispersion**](/test-details/dispersion.md) ```*```| New Analytic Test from Xiang | 
 |[**dissolution**](/test-details/dissolution.md) |**Test the Dissoultion Macro**<br> One-dimensional transport simulation of calcite (CaC03(s)) dissolution |
 | [**doe**](/test-details/doe.md)  |**Test the DOE Code Comparison Project, Problem 5, Case A**<br>Compares contour files for rlp, rlpm, and table.| 
 | [**dryout**](/test-details/dryout.md)  |**Test Dry-Out of a Partially Saturated Medium**<br> Dry-Out of a Partially Saturated Medium |
 | [**evaporation**](/test-details/evaporation.md)  | **Test the evaporation Macro** <br>Comparison of Changes in Mass with Time |
-| [**fracture_aperture**](/test-details/fracture_aperture.md)  | Comparison of 3D Wellbore Thermal Stress test results |
+| [**fracture_aperture**](/test-details/fracture_aperture.md)  | **Fracture Aperture Test** <br> Comparison of 3D Wellbore Thermal Stress test results |
 | [**head**](/test-details/head.md)  |**Test Head Pressure Problem**<br> Comparison of Head and Pressure Formulation for Pressure vs Position |
 | [**heat_pipe**](/test-details/heat_pipe.md)  |**Test the Heat Pipe Problem**<br> 1-d heat pipe calculation with comparison of FE and FDM Solution for Flux | 
 | [**heat2d**](/test-details/heat2d.md)  | **Test heat2d** <br> 2-D Heat Conduction Model |
 | [**heat2d_quad**](/test-details/heat2d_quad.md)  | **Test the Heat 2D Quad Problem** <br> results checked with analytical solution |
 | [**heat3d**](/test-details/heat3d.md)  | **3-D Heat Conduction Problem** <br> Comparison of Model and Analytical Solution for Temperature vs Time |
-| [**henrys_law**](/test-details/henrys_law.md)  | **Test 1-D Henry's Law Species** <br> Concentration vs Time for 1- Air Movement through stagnant water 2- Water Movement through stagnant air 3- Liquid phase reaction |
-| [**mptr**](/test-details/mptr.md)  |**Test Multi-Species Particle Tracking**<br>Compares the generated ptrk files with the old ptrk files knonw to be correct.|
-| [**multi_solute**](/test-details/multi_solute.md)  |**Test Multi-Solute Transport with Chemical Reaction**<br>Compares the generated tracer files to old tracer files known to be correct. All concentraction values are tested.|
-| [**perm_test**](/test-details/perm_test.md) | **Test perm_test** <br> Comparison of Ratio of Permeabilty Change to Ratio of Change in Flow Rate |
-| [**potential_energy**](/test-details/potential_energy.md) | **Test potential_energy** <br> Comparison of Ratio of Permeabilty Change to Ratio of Change in Flow Rate |
-| [**ramey**](/test-details/ramey.md)  |**Test Temperature in a Wellbore Problem**<br>Compares the generated contour and history files to old contour and history file that are known to be correct. For the contour files, only the temperature values at time 2 are tested. For the history files, all temperature values are tested.|
-| [**richards**](/test-details/richards.md)  |**Richards equation test**<br>Comparison of Richards equation with 2-phase solution Node by node comparison.|
-| [**salt_perm_poro**](/test-details/salt_perm_poro.md) ```*``` |**Test the Salt Permeability and Porosity Macro**<br>The porosity-permeability function for compacted salt from Cinar et at. (2006) is tested using a six node problem with porosities from 0.01 to 0.2. The excel spreadsheet in information/salt-perm-poro.xlsx contains calculations of the perm-poro function. |
+| [**henrys_law**](/test-details/henrys_law.md)  | **Test 1-D Henry's Law Species** <br> Air Movement through stagnant water, Water Movement through stagnant air, and Liquid phase reaction |
+| [**mptr**](/test-details/mptr.md)  |**Test Multi-Species Particle Tracking**<br>Comparison of Species 1 with Species 2 |
+| [**multi_solute**](/test-details/multi_solute.md)  |**Test Multi-Solute Transport with Chemical Reaction**<br> trac and trxn macros for Concentration vs Time|
+| [**perm_test**](/test-details/perm_test.md) | **Test perm_test** <br> Ratio of Permeabilty Change to Ratio of Change in Flow Rate |
+| [**potential_energy**](/test-details/potential_energy.md) | **Potential Energy Test** <br> potential energy temperature results for vertical and horizontal runs |
+| [**rad_decay**](/test-details/rad_decay.md) ```*``` | **Test radioactive decay option in rxn macro**<br> batch reactor without flow with comparison to the Bateman equation. |
+| [**ramey**](/test-details/ramey.md)  |**Test Temperature in a Wellbore Problem**<br>  Solution for Ramey Temperature in a Wellbore |
+| [**richards**](/test-details/richards.md)  |**Richards equation test**<br>Comparison of Richards equation with 2-phase solution |
+| [**salt_perm_poro**](/test-details/salt_perm_poro.md) ```*``` |**Test the Salt Permeability and Porosity Macro**<br>The porosity-permeability function for compacted salt is tested |
 | [**saltvcon**](/test-details/saltvcon.md)|**Test the Salt Variable Conductivity Macro**<br>Tests the calculations of thermal conductivity of crushed and intact salt.| 
-| [**sorption**](/test-details/sorption.md)  | **Test One Dimensional Reactive Solute Transport** <br>  Compares the generated tracer files to old tracer files known to be correct. All concentraction values are tested.|
-| [**sptr_btc**](/test-details/sptr_btc.md)  | **Test sptr_btc** <br> Streamline Particle Tracking Breakthrough Output Test for Default BTC output, Alternate BTC output, Alternate BTC out w/xyz |
-| [**theis**](/test-details/theis.md)  | **Test Pressure Transient Analysis Problem**<br> Compares the pressure values in generated contour files to old contour files known to be correct.|
-| [**toronyi**](/test-details/toronyi.md) | **Test the Toronyi Two-Phase Problem**<br> Comparison of FEHM and Thomas & Pierson Solution for Final Saturation. Coordinate grid and FDM grid node comparisons|
-| [**transport3d**](/test-details/transport3d.md) |  **Test transport3d**<br> Comparison of Ratio of Permeabilty Change to Ratio of Change in Flow Rate| 
-| [**vapor_extraction**](/test-details/vapor_extraction.md)  | **Test vapor_extraction**<br> Comparison of Model and Analytical Solution for Vapor Pressure vs Position|
-| [**wvtest**](/test-details/wvtest.md)  | **Unsaturated Diffusion test**<br> 1)  Water vapor mass flux via diffusion 2)  Calculation of the water vapor diffusion coefficient |
-| [**rad_decay**](/test-details/rad_decay.md) ```*``` | **Test radioactive decay option in rxn macro**<br> The simulation is a batch reactor without flow and comparison is made to the Bateman equation. Decay of 135I->135Xe->135Cs is modeled. The test ensures that FEHM matches the bateman equation within 10% relative error for all concentrations greater than 1e-6 moles/kg vapor. |
+| [**sorption**](/test-details/sorption.md)  | **Test One Dimensional Reactive Solute Transport** <br>  One Dimensional Reactive Solute Transport with trax and trxn |
+| [**sptr_btc**](/test-details/sptr_btc.md)  | **Test sptr_btc** <br> Streamline Particle Tracking Breakthrough for Default BTC, Alternate BTC, and Alternate BTC w/xyz |
+| [**theis**](/test-details/theis.md)  | **Test Pressure Transient Analysis Problem**<br> 1-D Theis pressure transient problem |
+| [**toronyi**](/test-details/toronyi.md) | **Test the Toronyi Two-Phase Problem**<br>  Final Saturation using Coordinate grid and FDM grid node comparisons |
+| [**transport3d**](/test-details/transport3d.md) |  **Test transport3d**<br> Three-Dimensional Radionuclide Transport Problem using trac_rlp | 
+| [**vapor_extraction**](/test-details/vapor_extraction.md)  | **Test vapor_extraction**<br> Vapor Extraction from an Unsaturated Reservoir |
+| [**wvtest**](/test-details/wvtest.md)  | **Unsaturated Diffusion test**<br>  dry-out by evaporation using one-way heat pipe  |
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