Satisfying Particles! Velocity Visualisation of charged particles trapped in a box
The setup of the simulation in this video is the same as in the video with the symmetrical charge separation: • Inverted Electrostatics! Equal charges att...
Particles interact with a Lennard-Jones potential and Coulomb forces. The charges are evenly distributed and the resulting Coulomb forces are inverted such that equal charges attract and different charges repel.
The main difference is that here I only show the beginning shock wave, but the particles are coloured according to their relative speed: The fastest particles are red and the slowest are blue. The temperature is kept at 5000K via a Berendsen thermostat.
The parameters for the Coulomb constant and LJ-bond strength are not in all clips exactly the same.
Whe first clip was recorded at 60 fps while all others were recorded at 120 fps (YT trimms to 60 fps)
00:00 20x20, 361 Particles
00:32 30x30, 841 Particles
00:49 40x40, 1521 Particles
01:06 50x50, 2041 Particles
01:23 60x60, 3481 Particles
01:40 70x70, 4761 Particles
01:56 80x80, 6241 Particles
02:13 90x90, 7921 Particles
02:29 100x100 9801 Particles
02:46 100x100 Weaker bond strength
This simulation was done in MATLAB. The code is available for free at MathWorks: (Coulomb-Force not yet indcluded) https://www.mathworks.com/matlabcentr...