A python package for electricity and magnetism
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Updated
Dec 11, 2022 - Jupyter Notebook
A python package for electricity and magnetism
Program to vizualize electric potential, its gradient (electric field), and equipotential contours due to two opposite charges
A simple 2d electric field and electric charge simulator written in C using GTK and Cairo.
M.Sc. Thesis in University of Saskatchewan - Charged Particle in EM Fields
Plot waveforms from THUNDERMILL01
THE TREND OF ELECTRIC FIELD’S AMPLITUDE FROM VLF DATA
Electric field mill sensor for portable and airborne measurements.
Special problems on electrostatic and magnetostatic fields with Python codes.
Un cómodo simulador de campo eléctrico.
Electric field modeling with multiple electrically charged particles using Matlab
Elfield is open source electric field simulator written on C++ using GTK+
Program to vizualize electric potential, its gradient (electric field) and equipotential contours due to two equal charges
Simulates electric potential and field around charges of arbitrary shape using finite number of point charges.
Simple interactive visualisation of the electric field produced by a set of static point charges.
Calculate analytically Ez field Voc and Pload from a half-wave dipole antenna at distance r
Electric Field Simulation Between Two Rods (or plates) using MATLAB app interface.
In this Repository I am going to publish Physic Simulations I made in p5.js
This project maps and presents the electric field and the potential difference of various charge distributions both vectorially and by magnitude through 2 and 3-dimensional space plots.
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