🔬 Davisson-Germer Electron Diffraction Simulation: Nickel Crystal, Bragg Peak and de Broglie Wavelength - 3D Vacuum Chamber
A virtual Davisson-Germer experiment: accelerate electrons to a chosen voltage, scatter them from a crystal surface, swing the detector round and find the diffraction peak where D sin(theta) = n lambda, proving that electrons behave as waves.
⚙ Under the hood
A virtual Davisson-Germer experiment: accelerate electrons to a chosen voltage, scatter them from a crystal surface, swing the detector round and find the diffraction peak where D sin(theta) = n lambda, proving that electrons behave as waves.
electron diffractionDavisson-Germer experimentde Broglie wavelengthBragg lawwave-particle duality
3D · Three.js / WebGL renderer · 60 FPS target · runs fully client-side, no install