Replace mob_name with reaction_rate

Refs idaholab#171
cticenhour · Oct 3, 2024 · dd0ed00 · dd0ed00
1 parent d1d5223
commit dd0ed00
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Showing 7 changed files with 28 additions and 28 deletions.
diff --git a/examples/sps/microstructure/sps_elec_2D_YOvac.i b/examples/sps/microstructure/sps_elec_2D_YOvac.i
@@ -430,23 +430,23 @@
     type = MatReaction
     variable = V
     v = wvy
-    mob_name = cat_mu_pre
+    reaction_rate = cat_mu_pre
   []
   [potential_an_mu]
     type = MatReaction
     variable = V
     v = wvo
-    mob_name = an_mu_pre
+    reaction_rate = an_mu_pre
   []
   [potential_cat_V]
     type = MatReaction
     variable = V
-    mob_name = cat_V_pre
+    reaction_rate = cat_V_pre
   []
   [potential_an_V]
     type = MatReaction
     variable = V
-    mob_name = an_V_pre
+    reaction_rate = an_V_pre
   []
   [Laplace_dV]
     type = MatDiffusion

diff --git a/examples/sps/microstructure/sps_elec_2D_YOvac_T.i b/examples/sps/microstructure/sps_elec_2D_YOvac_T.i
@@ -460,23 +460,23 @@
     type = MatReaction
     variable = V
     v = wvy
-    mob_name = cat_mu_pre
+    reaction_rate = cat_mu_pre
   []
   [potential_an_mu]
     type = MatReaction
     variable = V
     v = wvo
-    mob_name = an_mu_pre
+    reaction_rate = an_mu_pre
   []
   [potential_cat_V]
     type = MatReaction
     variable = V
-    mob_name = cat_V_pre
+    reaction_rate = cat_V_pre
   []
   [potential_an_V]
     type = MatReaction
     variable = V
-    mob_name = an_V_pre
+    reaction_rate = an_V_pre
   []
   [Laplace_dV]
     type = MatDiffusion

diff --git a/...trothermal_with_phase_field/oneway_controls/micro_yttria_thermoelectric_oneway_controls.i b/...trothermal_with_phase_field/oneway_controls/micro_yttria_thermoelectric_oneway_controls.i
@@ -465,23 +465,23 @@ initial_field = 10 #from the engineering scale, starting value 10 V/m
     type = MatReaction
     variable = V
     v = wvy
-    mob_name = cat_mu_pre
+    reaction_rate = cat_mu_pre
   []
   [potential_an_mu]
     type = MatReaction
     variable = V
     v = wvo
-    mob_name = an_mu_pre
+    reaction_rate = an_mu_pre
   []
   [potential_cat_V]
     type = MatReaction
     variable = V
-    mob_name = cat_V_pre
+    reaction_rate = cat_V_pre
   []
   [potential_an_V]
     type = MatReaction
     variable = V
-    mob_name = an_V_pre
+    reaction_rate = an_V_pre
   []
   [Laplace_dV]
     type = MatDiffusion

diff --git a/...trothermal_with_phase_field/twoway_initial_prototype/micro_yttria_thermoelectric_twoway.i b/...trothermal_with_phase_field/twoway_initial_prototype/micro_yttria_thermoelectric_twoway.i
@@ -513,23 +513,23 @@ initial_voltage = 0.0001
     type = MatReaction
     variable = V
     v = wvy
-    mob_name = cat_mu_pre
+    reaction_rate = cat_mu_pre
   []
   [potential_an_mu]
     type = MatReaction
     variable = V
     v = wvo
-    mob_name = an_mu_pre
+    reaction_rate = an_mu_pre
   []
   [potential_cat_V]
     type = MatReaction
     variable = V
-    mob_name = cat_V_pre
+    reaction_rate = cat_V_pre
   []
   [potential_an_V]
     type = MatReaction
     variable = V
-    mob_name = an_V_pre
+    reaction_rate = an_V_pre
   []
   [Laplace_dV]
     type = MatDiffusion

diff --git a/...eld/twoway_lots_of_particles_prototype/micro_yttria_thermoelectric_twoway_lots_controls.i b/...eld/twoway_lots_of_particles_prototype/micro_yttria_thermoelectric_twoway_lots_controls.i
@@ -510,23 +510,23 @@ initial_voltage = 0.0001
     type = MatReaction
     variable = V
     v = wvy
-    mob_name = cat_mu_pre
+    reaction_rate = cat_mu_pre
   []
   [potential_an_mu]
     type = MatReaction
     variable = V
     v = wvo
-    mob_name = an_mu_pre
+    reaction_rate = an_mu_pre
   []
   [potential_cat_V]
     type = MatReaction
     variable = V
-    mob_name = cat_V_pre
+    reaction_rate = cat_V_pre
   []
   [potential_an_V]
     type = MatReaction
     variable = V
-    mob_name = an_V_pre
+    reaction_rate = an_V_pre
   []
   [Laplace_dV]
     type = MatDiffusion

diff --git a/...function_electricpotential/fourparticle/fourparticle_micro_yttria_thermoelectric_twoway.i b/...function_electricpotential/fourparticle/fourparticle_micro_yttria_thermoelectric_twoway.i
@@ -506,23 +506,23 @@ initial_voltage=0.0001
     type = MatReaction
     variable = V
     v = wvy
-    mob_name = cat_mu_pre
+    reaction_rate = cat_mu_pre
   [../]
   [./potential_an_mu]
     type = MatReaction
     variable = V
     v = wvo
-    mob_name = an_mu_pre
+    reaction_rate = an_mu_pre
   [../]
   [./potential_cat_V]
     type = MatReaction
     variable = V
-    mob_name = cat_V_pre
+    reaction_rate = cat_V_pre
   [../]
   [./potential_an_V]
     type = MatReaction
     variable = V
-    mob_name = an_V_pre
+    reaction_rate = an_V_pre
   [../]
   [./Laplace_dV]
     type = MatDiffusion

diff --git a/...ectric/reference_residual/function_electricpotential/micro_yttria_thermoelectric_oneway.i b/...ectric/reference_residual/function_electricpotential/micro_yttria_thermoelectric_oneway.i
@@ -432,23 +432,23 @@ initial_field = 10 #from the engineering scale, starting value 10 V/m
     type = MatReaction
     variable = V
     v = wvy
-    mob_name = cat_mu_pre
+    reaction_rate = cat_mu_pre
   []
   [potential_an_mu]
     type = MatReaction
     variable = V
     v = wvo
-    mob_name = an_mu_pre
+    reaction_rate = an_mu_pre
   []
   [potential_cat_V]
     type = MatReaction
     variable = V
-    mob_name = cat_V_pre
+    reaction_rate = cat_V_pre
   []
   [potential_an_V]
     type = MatReaction
     variable = V
-    mob_name = an_V_pre
+    reaction_rate = an_V_pre
   []
   [Laplace_dV]
     type = MatDiffusion