Microwave-Assisted Organic Synthesis
Interactive 3D dielectric-heating simulator: compare microwave-assisted organic synthesis against a conventional oil-bath, watch polar solvent molecules rotate in the oscillating field, and track temperature, Arrhenius rate constant and conversion in real time.
Watch dielectric heating happen from the inside: a vessel of polar solvent molecules rotates in step with an oscillating microwave field, generating heat uniformly throughout the liquid instead of waiting on wall conduction from an oil bath. Switch between microwave and conventional heating, pick a solvent by its dielectric loss tangent, tune the magnetron power and the reaction's activation energy, and watch the Arrhenius rate constant, conversion and superheating status update live — a direct, hands-on look at why green chemistry favours microwave-assisted synthesis for cutting reaction time and energy use.
Compare microwave dielectric heating against a conventional oil bath: watch polar solvent molecules rotate in the oscillating field and track temperature, Arrhenius rate constant and reaction conversion live.
3D · Three.js / WebGL renderer · 60 FPS target · runs fully client-side, no install