Evan's notes

https://peppyhare.github.io/pf-notes/

Keepin track of stuff while I learn it. Physics is Fun!

Table of Contents

• UWAA558 - Magnetohydrodynamic Theory
  • Introduction
  • Kinetic Models
  • Plasma Fluid Model
  • Two-Fluid Model
  • MHD
  • MHD Boundary Conditions
  • MHD Equilibrium Concepts
  • Equilibrium of 1D Configurations
  • Equilibrium of 2D Configurations
  • Equilibrium of 3D Configurations
  • MHD Stability
  • Formulary
• UWAA557 - Physics of Fusion Plasmas
  • Rules of Thumb
  • Review
    • Statistical Mechanics
    • Review of E&M
    • Lagrange Multipliers
  • Plasma Properties
    • Wall-supported Plasma
    • Collisions
    • Oscillations
• UWAA543 - Introduction to Compressible CFD
  • Introduction to CFD
    • Introduction
    • Governing Equations
    • Reduced Models
    • Equation Types
    • Panel Method
  • Finite Differencing
    • Finite Difference Algorithms
    • Explicit Finite Difference Algorithms
    • Finite Difference and Finite Volume Methods
    • Implicit Algorithms
    • Numerical Boundary Conditions
    • Method of Lines
• EPFLx - Plasma Physics Introduction
  • Definition of Plasma
  • Particle motion in EM fields
• Griffiths Introduction to E&M
  • Index
  • 1 - Vector Analysis
    • 1.1 - Vector Algebra
    • 1.2 - Differential Calculus
    • 1.3 - Integral Calculus
    • 1.4 - Curvilinear Coordinates
    • 1.5 - The Dirac Delta Function
    • 1.6 - The Theory of Vector Fields
  • 2 - Electrostatics
    • 2.1 - The Electric Field
    • 2.2 - Divergence and Curl of Electrostatic Fields
    • 2.3 - Electric Potential
    • 2.4 - Work and Energy in Electrostatics
    • 2.5 - Conductors
  • 3 - Potentials
    • 3.1 - Laplace's Equation
    • 3.2 - The Method of Images
    • 3.3 - Separation of Variables
    • 3.4 - Multipole Expansion
    • Chapter 3 Problems
  • 4 - Electric Fields in Matter
    • 4.1 - Polarization
    • 4.2 - The Field of a Polarized Object
    • 4.3 - The Electric Displacement
    • 4.4 - Linear Dielectrics
  • 5 - Magnetostatics
    • 5.1 - The Lorentz Force Law
    • 5.2 - The Biot-Savart Law
    • 5.3 - The Divergence and Curl of B
    • 5.4 - Magnetic Vector Potential
    • Chapter 5 Problems
  • 6 - Magnetic Fields in Matter
    • 6.1 - Magnetization
    • 6.2 - The Field of a Magnetized Object
    • 6.3 - The Auxiliary Field
    • 6.4 - Linear and Nonlinear Media
  • 7 - Electrodynamics
    • 7.1 - Electromotive Force
    • 7.2 - Electromagnetic Induction
    • 7.3 - Maxwell's Equations
    • Chapter 7 Problems
  • 8 - Conservation Laws
    • 8.0 - Phys 544 Introduction
    • 8.1 - Charge and Energy
    • 8.2 - Momentum
  • 9 - Electromagnetic Waves
    • 9.1 - Waves in One Dimension
    • 9.2 - Electromagnetic Waves
    • 9.3 - Electromagnetic Waves in Matter
    • 9.4 - Absorption and Dispersion
    • 9.5 - Guided Waves
    • Chapter 9 Problems
  • 10 - Potentials and Fields
    • 10.1 - The Potential Fomulation
    • 10.2 - Retarded Potentials
    • 10.3 - Point Charges
  • 11 - Radiation
    • 11.1 - Dipole Radiation
• working...

Internals

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