The User Book table of Contents

  1. Introduction
    1. About Magnetica
    2. Physics and Mathematics in Magnetica
    3. General features
    4. Magnetica Practice and Help
  2. The Basic Circular Current Loop
    1. Entering Data
    2. System Drawing
    3. Field Calculation
    4. Field Map Graphics
  3. Solenoids and Large Magnetic Source
    1. Generic solenoid, specifying the filling factor
    2. Round wire winding, thin solenoid
    3. Rectangular ribbon, solenoid
    4. Superconducting solenoid
    5. Bitter solenoid
    6. Large Magnetic source
  4. Magnetic Field Calculation Using Vector Potential
    1. Fundamentals
    2. Punctual Field Calculation - Syntax
    3. Examples of Field Calculations with Circular Loops
    4. Examples of Field Calculations with Solenoids
    5. Field Map Graphics of Magnetic Field Functions
    6. Examples of Field Map Graphics
  5. Field Calculation Using Spherical Harmonics
    1. Fundamentals of Spherical Harmonics
    2. Circular Loop Field Calculation
    3. Application to MRI Superconducting Solenoids
  6. fundamentals of Ferro-magnetism
    1. The bases: definitions and Relations
    2. Magnetic dipole, magnetization and surface currents
    3. Cell Geometry and Demagnetization coefficients
    4. Functional Magnetization
  7. Magnetic Field Calculation for Permanent Magnets
    1. General Concepts
    2. Cylindrical Bar Magnet of Rigid Magnetization Material
    3. Cylindrical Bar of Linear Magnetization Material
  8. Systems with Soft Magnetic Materials Components
    1. Introduction
    2. Cylindrical Bars of Reversible Magnetization Material
    3. Shielding of a Superconducting Solenoid
    4. Sheet of Mu Metal (Earth Magnetic Shielding)
  9. Magnetic System Applications
    1. Introduction
    2. NIB (Neodymium Iron Boron) Magnet
    3. Para and Diamagnetic Materials Under Very High Fields
  10. Fundamentals of Inductance
    1. Fundamentals of Inductance
    2. Inductance Calculations Using Magnetica
    3. Inductance Applications
  11. Inductance Calculations
    1. Introduction
    2. Self-inductance Calculation of a Circular Loop
    3. Self-inductance Calculation of Square Solenoids
    4. Self-inductance Calculation of Rectangular Solenoids
    5. Mutual Inductance of a Pair of Circular Loops
    6. Mutual Inductance of Solenoids Set Side by Side
    7. Mutual Inductance of Superimposed Solenoids
  12. Ferro-inductance Calculations
    1. Introduction
    2. Ferro Self-inductance of a Circular Loop
    3. Ferro Self-inductance of a Square Solenoid
    4. Ferro Self-inductance of a Long Solenoid
    5. Ferro Mutual Inductance of Circular Loops
    6. Ferro Mutual Inductance of Square Solenoids
    7. Ferro Mutual Inductance of a Pair of Long Solenoids
  13. Inductance Applications
    1. Introduction
    2. Inductance and LC Resonance Frequency
    3. Designing an Air Core and Iron Core Inductance
    4. Magnetic Energy of an Unshielded MRI Superconducting Magnet
    5. Magnetic Energy of a Shielded MRI Superconducting Magnet
    6. Simulation of a Single Phase Transformer

Appendices

  • A1 - Magnetica Built-in Cases
    1. Introduction
    2. How to use a Magnetica Case
    3. The Magnetica Cases Data Base
    4. Searching Cases in the Data Base
    5. Basic Magnetostatics
    6. Applications
  • B1 - Physical and Magnetic Properties of Magnetica Materials
    1. Fundamentals of Magnetica Materials
    2. Resistive Conductors
    3. Superconductors
    4. Soft Ferro-magnetic Materials with a Linear Law of Magnetization
    5. Soft Ferro-magnetic Materials with a Non linear Law of Magnetization
    6. Hard Ferro-magnetic Materials with High coercivity (Permanent Magnet Materials)
    7. General Materials
  • B2 - The Units in Magnetica
    1. Introduction
    2. Fundamentals of Magnetic Field Units
    3. The Magnetica Units
    4. Examples of Using the Magnetica Units System
  • B3 - Using Magnetica Palettes
    1. Introduction
    2. The "MagneticaBasics" Palette
    3. The "MagneticaMaterials" Palette
    4. The "MagneticaComponents" Palette