Update ParaTC_prm.md

doc/ParaTC_prm.md

@@ -267,11 +267,11 @@
 ## ScalarFlowOptions
  **ScalarFlowOptions** sets B.C. options for scalar field.
 
-`FallingVel`: real type. Particle Settling Velocity. 
-`SchmidtNumber`: real type. Schmidt number. Schmidt number for gravity flow (Or called Prandtl number sometimes). Sc= nu/K, where K is the diffusivity coefficient. 
-`GravityEff`: real type. Effective Gravity magnitude. g_eff=Rg=(rho_s-rho_f)/rho_f* g for gravity flow. 
-`GravityDir`: real vector type containing 3 components. Unit gravity vector pointing at gravity direction. 
-`ScalarBcOption`: integer vector type containing 2 components. Scalar boundary conditions for bottom and top walls, respectively.  -1: Dirichlet Bc. C = F; -2: Neumann Bc. dC/dy = S; -3: Robin Bc. dC/dy + F* C = S 
-`ScalarBcValues`: real vector type containing 4 components. Assign F_b,F_t,S_b,S_t. 
-`Scalar_InitValue`: real type. Initially, a uniform scalar field is set to the value of Scalar_InitValue. 
+`FallingVel`: real type. Particle Settling Velocity.  
+`SchmidtNumber`: real type. Schmidt number. Schmidt number for gravity flow (Or called Prandtl number sometimes). Sc= nu/K, where K is the diffusivity coefficient.  
+`GravityEff`: real type. Effective Gravity magnitude. g_eff=Rg=(rho_s-rho_f)/rho_f* g for gravity flow.  
+`GravityDir`: real vector type containing 3 components. Unit gravity vector pointing at gravity direction.  
+`ScalarBcOption`: integer vector type containing 2 components. Scalar boundary conditions for bottom and top walls, respectively.  -1: Dirichlet Bc. C = F; -2: Neumann Bc. dC/dy = S; -3: Robin Bc. dC/dy + F* C = S.  
+`ScalarBcValues`: real vector type containing 4 components. Assign F_b,F_t,S_b,S_t.  
+`Scalar_InitValue`: real type. Initially, a uniform scalar field is set to the value of Scalar_InitValue.