# Formação de Nuvens - Visualização Interativa

Explore a ciência da formação de nuvens através de visualização interativa

> Página canônica: https://elysiatools.com/pt/visualizations/cloud-formation

- **Categoria:** Physics

## Visão geral

Interactive cloud formation visualization demonstrating the complete water cycle phase changes from evaporation through condensation to precipitation. Features detailed atmospheric vertical profiling with real-time calculation of temperature, pressure, and dew point at each altitude using standard atmospheric formulas (barometric formula for pressure: P = P₀ × exp(-h/H), lapse rate for temperature: T = T₀ - Γ × h). Three cloud type simulations with distinct formation mechanisms: Cumulus (积云) - puffy cotton-like clouds formed by convective rising of warm unstable air with flat bases at 600-2000m and cauliflower tops, fair weather indicators that can grow into thunderstorms; Stratus (层云) - uniform gray blanket clouds from large-scale gradual lifting of stable air along warm fronts or gentle orographic lifting, base at 0-600m producing light precipitation; Cumulonimbus (积雨云) - towering anvil-shaped thunderstorm clouds extending through entire troposphere (12,000m+) formed by strong convective instability, featuring lightning animation, heavy rain, dark bases, and anvil tops spreading at tropopause. Real-time particle animation showing water vapor rising from surface bodies, cooling during ascent, and condensing into visible cloud droplets at the lifting condensation level (LCL). LCL dynamically calculated based on surface temperature and humidity using Magnus formula for dew point and temperature-dew point spread method. Interactive atmospheric controls: surface temperature (0-40°C), relative humidity (20-100%), surface pressure (980-1040 hPa), and lapse rate (4-10°C/km) to see how each parameter affects cloud base altitude and cloud development. Visual indicators for evaporation zone (green), condensation level (blue), temperature profile (red line), pressure profile (green line), and dew point profile (blue line). Precipitation simulation with raindrop formation and fall animation, triggered automatically for cumulonimbus or high humidity conditions. Process steps visualization showing the five stages: 1) Solar evaporation from water bodies, 2) Adiabatic cooling during ascent due to pressure drop, 3) Condensation at dew point temperature forming visible cloud droplets around condensation nuclei, 4) Cloud growth through continued condensation and collision-coalescence, 5) Precipitation when droplets exceed terminal velocity. Display toggles for process indicators, water vapor particles, labels, and precipitation. Real-time display of current altitude, temperature, pressure, and dew point readings. Comprehensive educational content covering atmospheric thermodynamics (adiabatic processes, dry vs moist lapse rates), cloud classification, weather formation mechanisms, factors affecting cloud development (temperature, humidity, pressure, topography, frontal systems), and practical applications (weather forecasting, aviation, climate modeling, agriculture, solar energy prediction, water management, cloud seeding). Multi-language support (zh, en, es, fr, de, ru, pt).

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