1. Christopher Crawford PHY 417 2015-02-11
§6.3 Magnetic Intensity H
Christopher Crawford
PHY 417

2. Outline Reports from working groups
Magnetization sheets flow compare: ?
Magnetization solenoids flux compare: ΦP
Magnetization currents Jb, Kb compare: ρb, σb
Magnetic Intensity H B = μ0 (H+M)
Geometric interpretation
Boundary conditions

3. Working groups Develop the geometry of magnetization meshes
Compare and contrast to: electric polarization chains
Comparison and contrast magnetization current Jf vs Jb
Relation to magnetic/magnetization surfaces of H and M
Compare and contrast to: electric polarization ρf vs ρb
Derivation of bound potential
Compare and contrast to: electric bound potential
Reconcile results with Working Group #1
Boundary value problem #1
Sphere of constant magnetization M
use magnetic pole density σM
Boundary value problem #2
use bound current density Kb

4. Magnetization density
Polarization density
Polarization chains – flux
Bound charge
Magnetization density
Magnetization mesh – flow
Magnetization solenoids – flux
Bound currents

5. Geometry of fields
Polarization chains vs. magnetization meshs

6. Calculation of bound potential