minor formatting fixes

Author: dnpham23

docs/src/guide/boundaries.md

@@ -164,22 +164,30 @@ affects the source term on the right hand side.
 
 ## Flux boundary
 
-Flux loop boundary conditions are available for magnetostatic simulations and are specified using the [`"FluxLoop"`](../config/boundaries.md#boundaries%5B%22FluxLoop%22%5D) 
-boundary keyword. This boundary condition prescribes magnetic flux through specified holes in conducting surfaces, 
-enabling inductance matrix extraction for flux-based excitations. The flux loop boundary condition works by:
-
-1. **Identifying holes**: Mesh boundary attributes specify holes through which flux is prescribed
-2. **Constraining flux**: The total magnetic flux through each hole is set to the specified value
-3. **Solving surface problem**: A 2D surface curl problem determines the required boundary conditions for the 3D problem
-4. **Computing inductance**: The resulting 3D field solutions enable inductance matrix extraction
+Flux loop boundary conditions are available for magnetostatic simulations and are specified
+using the [`"FluxLoop"`](../config/boundaries.md#boundaries%5B%22FluxLoop%22%5D) boundary
+keyword. This boundary condition prescribes magnetic flux through specified holes in
+conducting surfaces, enabling inductance matrix extraction for flux-based excitations. The
+flux loop boundary condition works by:
+
+ 1. **Identifying holes**: Mesh boundary attributes specify holes through which flux is
+    prescribed
+ 2. **Constraining flux**: The total magnetic flux through each hole is set to the specified
+    value
+ 3. **Solving surface problem**: A 2D surface curl problem determines the required boundary
+    conditions for the 3D problem
+ 4. **Computing inductance**: The resulting 3D field solutions enable inductance matrix
+    extraction
 
 !!! note "Flux loop requirements"
 
     Flux loop boundaries require:
-    - Metal surface attributes defining the conducting surface containing the holes
-    - Hole attributes specifying the boundaries through which flux is prescribed  
-    - Flux amounts defining the magnetic flux through each hole
-    - Loop normal vector defining the flux orientation
 
-The mesh must be topologically compatible with the flux loop geometry, with holes properly defined as 
-boundary surfaces within the conducting region. Currently, only planar holes are supported.
+      - Metal surface attributes defining the conducting surface containing the holes
+      - Hole attributes specifying the boundaries through which flux is prescribed
+      - Flux amounts defining the magnetic flux through each hole
+      - Loop normal vector defining the flux orientation
+
+The mesh must be topologically compatible with the flux loop geometry, with holes properly
+defined as boundary surfaces within the conducting region. Currently, only planar holes are
+supported.

docs/src/guide/problem.md

@@ -140,37 +140,41 @@ capacitance matrix is also computed and written to `terminal-Cm.csv` in the same
 
 For magnetostatic simulations,
 ([`config["Problem"]["Type"]: "Magnetostatic"`](../config/problem.md#config%5B%22Problem%22%5D),
-the user can specify excitations using either source current boundaries or flux loop boundaries.
+the user can specify excitations using either source current boundaries or flux loop
+boundaries.
 
 ### Current source excitation
 
-For current-based excitations, specify a number of source current boundaries. For each current source, a
-magnetostatic field is computed by applying a unit current to the source index of interest,
-leaving all other sources open with no excitation. Surfaces which are expected to carry
-current should be labeled as perfectly conducting, which prescibes a zero magnetic flux, or
+For current-based excitations, specify a number of source current boundaries. For each
+current source, a magnetostatic field is computed by applying a unit current to the source
+index of interest, leaving all other sources open with no excitation. Surfaces which are
+expected to carry current should be labeled as perfectly conducting, which prescibes a zero
+magnetic flux, or
 [magnetic insulation](https://doc.comsol.com/5.5/doc/com.comsol.help.comsol/comsol_ref_acdc.17.74.html),
 boundary condition.
 
 ### Flux loop excitation
 
 Alternatively, flux loop boundaries
 ([`config["Boundaries"]["FluxLoop"]`](../config/boundaries.md#boundaries%5B%22FluxLoop%22%5D))
-can be used to prescribe magnetic flux through specified holes in conducting surfaces. For each flux loop, a
-magnetostatic field is computed by applying flux through the loop of interest,
-leaving all other flux loops with zero flux. This enables inductance matrix extraction for flux-based excitations.
+can be used to prescribe magnetic flux through specified holes in conducting surfaces. For
+each flux loop, a magnetostatic field is computed by applying flux through the loop of
+interest, leaving all other flux loops with zero flux. This enables inductance matrix
+extraction for flux-based excitations.
 
 ### Mixed current-flux systems
 
-Both current sources and flux loops can be specified in the same simulation, enabling inductance matrix
-extraction for mixed excitation systems. In this case, *Palace* solves a system of equations to compute
-the exact inductance matrix accounting for coupling between current and flux excitations.
+Both current sources and flux loops can be specified in the same simulation, enabling
+inductance matrix extraction for mixed excitation systems. In this case, *Palace* solves a
+system of equations to compute the exact inductance matrix accounting for coupling between
+current and flux excitations.
 
 ### Output files
 
-The resulting fields are used to compute the inductance matrix and its
-inverse, which are written to an ASCII file named `terminal-M.csv` and `terminal-Minv.csv`,
-respectively, in the directory specified by
+The resulting fields are used to compute the inductance matrix and its inverse, which are
+written to an ASCII file named `terminal-M.csv` and `terminal-Minv.csv`, respectively, in
+the directory specified by
 [`config["Problem"]["Output"]`](../config/problem.md#config%5B%22Problem%22%5D). A "mutual"
 inductance matrix which has the same form as the mutual capacitance matrix (its entries are
 based on current differences between ports rather than absolute currents) is computed and
-written to `terminal-Mm.csv` in the same directory.
+written to `terminal-Mm.csv` in the same directory.