The X-Ray Diffraction Simulation Experiment (XDE-01) is a safe and effective educational tool designed to simulate the principles of X-ray diffraction (XRD) without the need for hazardous radiation. This setup provides a hands-on learning experience for understanding Bragg's Law, crystal lattice structures, and the concept of constructive interference.
The XDE-01 uses a laser light source and diffraction targets that mimic crystalline solids, allowing students to observe and analyze diffraction patterns in a visible and non-ionizing environment. The system includes an adjustable goniometer, rotating stage, and detector assembly to emulate the mechanics of real XRD instruments. It is highly suited for physics and materials science labs where safety and conceptual clarity are priorities.
Ideal for undergraduate laboratories, this model helps build strong conceptual understanding of crystallography and diffraction techniques without the complexity and risk of actual X-rays.
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