magnetic-fields
There are 79 repositories under magnetic-fields topic.
flaport/fdtd
A 3D electromagnetic FDTD simulator written in Python with optional GPU support
fatiando/harmonica
Forward modeling, inversion, and processing gravity and magnetic data
VirtualPlanetaryLaboratory/vplanet
The Virtual Planet Simulator
ElectronicCats/SamyKamTools
Magnetic Pentesting tool for Raspberry Pi
KATRIN-Experiment/Kassiopeia
Simulation of electric and magnetic fields and particle tracking
vuthalab/biot-savart
This tool numerically solves for the magnetic field around an arbitrarily shaped coil specified by the user, in a discrete and finite volume surrounding the coil.
AnkitBarik/planetMagFields
Routines to plot magnetic fields of planets in our solar system
AUMAG/magcode
Models for calculating magnetic fields and interactions
westphae/geomag
Golang implementation of the NOAA World Magnetic Model
otvam/magnetic_components_toolbox_matlab
MATLAB Toolbox for Power Magnetics: Model and Optimization
birocoles/gravmag
Algorithms for processing and interpreting potential-field data in Geophysics
CosmicStudioSoftware/OMMBV
Orthogonal Multipole Magnetic Basis Vectors - Complete orthogonal vector basis with accurate field-line mapping of electric fields and ion drifts within multipole magnetic fields
godisreal/CrowdEgress
Agent-based simulation of social interaction (Social Force Model and Self-Propelled Brownian Particles)
zhampel/cr-geomag-prop
Visualization of cosmic rays propagating through the Earth's magnetic field
joaoplay16/bussola-agil
Rolling Compass is a simple and accurate compass app with a beautiful and modern design with different compass styles. Developed in Kotlin, using the Jetpack Compose UI kit.
MehrnooshTahani/MappingBLOS_MolecularClouds
Software to determine line of sight magnetic fields of molecular clouds (Tahani et al. 2018)
Qvapil/Electromagnetic_Fields_B_2020
Visualisation and analysis of electromagnetic fields.
ULB-Metronu/zgoubidoo
Python interface for Zgoubi
arparaschiv/solar-coronal-inversion
This is the main repository for the CLEDB code distribution. CLEDB is utilized to infer vector magnetic fields in the solar corona.
compgeolab/micromag-euler-dipole
Paper: Full vector inversion of magnetic microscopy images using Euler deconvolution as a priori information
mpewsey/emf
Calculate electric fields, magnetic fields, and space potentials for transmission lines.
peterjhobson/fields_in_shields
Python software to design current-carrying coils inside magnetically shielded cylinders to generate arbitrary static magnetic field profiles.
feel-physics/HoloMagnet3
Science (Physics) education app visualizes Magnetic Field for HoloLens
miguelcarcamov/csromer
Compressive Sensing and Optimization Framework to reconstruct Faraday Depth signals
DavorDobrota/C-Coil
A library for calculations with circular coils
ep2lab/magnetic_field
Versatile Matlab classes for magnetic field computations and plotting
mlhoutel/Fields
Visualisation of the electromagnetic field
Songyosk/CCNW4RMC
Official implementation of "Current-controlled nanomagnetic writing for reconfigurable magnonic crystals"
ucoskun/bmapping-pinn
A simple Physics Informed Neural Network (PINN) implementation in TensorFlow 2 for magnetic field mapping using finite amount of magnetic field measurements.
FistOfHit/SpinningCylinders
Simulation of a conducting cylinder rotating inside a magnetic field. (Finite difference methods for non-linear systems of PDEs).
geekysuavo/gpufield
A CUDA-accelerated electromagnetostatics solver
PeterMatthies/calc_oersted
PyQt5 based program with matplotlib for plotting; plots inplane magnetic field distribution above a rectangular wire with current
Riddhiman2005/Visualizing-the-Magnetic-Field-of-a-current-using-the-Biot-Savart-law-
Here, I discussed how can we visualize the magnetic field due to a current using the Biot’s-Savart law. I also added the Python codes, I used to generate the magnetic field plots for different conditons of current configurations.
rilma/pyIGRF
Python wrapper for the IGRF model
Abhijeetbyte/Hall-effect-sensor-plotter
A python code, to plot the incoming data from Hall effect instrument, provides a better way to visualize the magnetic field density
favreau/NuonModelVisualizer
Visualizer for the Particles Composition and Interactions Using the Nuon Model publication