Address Josh review

- fix documentation

Author: GiudGiud

framework/doc/content/source/physics/DiffusionCG.md

@@ -8,24 +8,28 @@ See the [DiffusionPhysicsBase.md] documentation for the diffusion equation solve
 
 The volumetric discretization of the time derivative uses the [TimeDerivative.md] kernel.
 The diffusion term $\nabla \cdot D \nabla u(\vec{x})$ is integrated by parts and represented using:
+
 - a [Diffusion.md] kernel if no diffusion coefficient is passed
 - a [MatDiffusion.md] kernel if a diffusion coefficient is passed, usually as a [material property](syntax/Materials/index.md)
 
 
 The source term $f$ is added using:
+
 - a [BodyForce.md] if the source is a constant, a [Postprocessor](syntax/Postprocessors/index.md) or a [Function](syntax/Functions/index.md)
 - a [MatCoupledForce.md] if the force is specified using a material property
 - a [CoupledForce.md] if the source is another type of [functor](syntax/Functors/index.md)
 
 
 The Dirichlet boundary conditions are created using:
+
 - a [DirichletBC.md] if the boundary value is set to a number
 - a [FunctionDirichletBC.md] if set to a [Function](syntax/Functions/index.md)
 - a [PostprocessorDirichletBC.md] if set to a [Postprocessor](syntax/Postprocessors/index.md)
 - a [FunctorDirichletBC.md] for any other kind of [functor](syntax/Functors/index.md) for the boundary value
 
 
 The Neumann boundary conditions are created using:
+
 - a [NeumannBC.md] if the flux is set to a number
 - a [FunctionNeumannBC.md] if set to a [Function](syntax/Functions/index.md)
 - a [PostprocessorNeumannBC.md] if set to a [Postprocessor](syntax/Postprocessors/index.md)

framework/doc/content/source/physics/DiffusionFV.md

@@ -15,12 +15,14 @@ The source term $f$ is added using:
 
 
 The Dirichlet boundary conditions are created using:
+
 - a [FVDirichletBC.md] if the boundary value is set to a number
 - a [FVFunctionDirichletBC.md] if set to a [Function](syntax/Functions/index.md)
 - a [FVFunctorDirichletBC.md] for any other kind of [functor](syntax/Functors/index.md) for the boundary value
 
 
 The Neumann boundary conditions are created using:
+
 - a [FVNeumannBC.md] if the flux is set to a number
 - a [FVFunctionNeumannBC.md] if set to a [Function](syntax/Functions/index.md)
 - a [FVFunctorNeumannBC.md] for any other kind of [functor](syntax/Functors/index.md) for the flux value

modules/heat_transfer/doc/content/source/physics/HeatConductionFE.md

@@ -1,4 +1,4 @@
-# Heat Conduction Finite Element
+# HeatConductionFE
 
 This [Physics](syntax/Physics/index.md) object implements the heat conduction equation over a
 volumetric domain using a continuous Galerkin finite element discretization.