#!/usr/bin/env python
# coding: utf-8

# # Magnet Formulas

# *A small web site devoted to the vanishing art of practical magnet design without FEA (Finite Element Analysis).*

# Experimental! Read [Magnet Formulas as live IPython notebooks](http://mybinder.org/repo/tiggerntatie/emagnet-py) using [binder](http://mybinder.org).

# ## The Basics

# * [Maxwell and His Equations](./basics/maxwell.html)
# * [The Law of Biot Savart](./basics/biotsavart.html)

# ## Simple Magnetic Field Formulas

# * [Field due to electric current in an infinitely long, straight wire](./solenoids/straightwire.html)
# * [Field inside an infinitely long, straight, air-core solenoid](./solenoids/infinite_solenoid.html)
# * [Field inside an air-core toroid](./solenoids/toroid.html)
# * [On-axis field due to a current loop](./solenoids/current_loop.html)
# * [On-axis field due to a thin shell solenoid](./solenoids/thin_solenoid.html)
# * [On-axis field due to a solenoid](./solenoids/solenoid.html)

# ## Off-Axis Magnetic Field Formulas

# * [Off-axis field due to a current loop](./offaxis/off_axis_loop.html)
# * [Off-axis field due to a magnetic dipole moment](http://tiggerntatie.github.io/emagnet/offaxis/mmoffaxis.htm)
# * [Off-axis, axial field component due to a solenoid](http://tiggerntatie.github.io/emagnet/offaxis/solenoidoffaxis.htm)

# ## Helmholtz Coil Formulas

# * [Axial field of an ideal Helmholtz coil](http://tiggerntatie.github.io/emagnet/helmholtz/idealhelmholtz.htm)
# * [Axial field of a non-ideal Helmholtz coil](http://tiggerntatie.github.io/emagnet/helmholtz/realhelmholtz.htm)

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# [Magnet Formulas](./index.html), © 2018 by Eric Dennison. Source code and license on [Github](https://github.com/tiggerntatie/emagnet-py)