Nuclear fission Simulation — Description Simulation Three tabs showing nuclear fission at increasing scale: Single Fission — a ²³⁵U nucleus absorbs a slow neutron, becomes excited [²³⁶U]*, then splits into ⁹²Kr + ¹⁴¹Ba + 3 neutrons + ~200 MeV. Watch the shockwave, fragment separation, and neutrons streaming out. Chain Reaction — each fission triggers more, […]
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Looking at the simulation I built, I can describe it accurately from the code. What the Simulation Shows Green Hydrogen Production via Water Electrolysis — the process of using renewable electricity to split water molecules into hydrogen and oxygen gas. The Process Flow (left → right on desktop, top → bottom on mobile): Animated Particle
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Here’s a brief description: Gas Power Plant Simulation This interactive simulation models how a natural gas power plant converts chemical energy into electrical energy for the national grid. It follows the complete energy transfer chain across five stages: Users can adjust the gas flow rate using the slider to observe how fuel input affects power
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Electricity Transmission Simulation This interactive simulation traces the journey of electricity from a power station to a home, showing how the National Grid moves energy efficiently across long distances. Electricity is generated at 25 kV and immediately stepped up by a transformer to 100–400 kV (user-controlled) for transmission across high-voltage overhead cables. The core physics
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Tidal Energy Simulation — Class Notes What it shows A tidal barrage across an estuary. The sea level rises and falls with the 12.4-hour tidal cycle, while the basin behind the barrage lags behind — creating a head (height difference). Water flows through turbines in the barrage wall during both flood and ebb tides, spinning
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