# 比热容对比 - Specific Heat Capacity

交互式可视化 Q = mcΔT - 比较不同物质在相同能量输入下的升温速率

> 标准页面: https://elysiatools.com/zh/visualizations/specific-heat

- **分类:** Physics

## 概述

Interactive visualization of specific heat capacity comparing how different materials heat up with the same energy input. Features fundamental heat equation Q = mcΔT and temperature change formula ΔT = Q/(mc). Six preset materials (Water c=4186, Sand c=830, Aluminum c=900, Iron c=450, Copper c=385, Lead c=128 J/(kg·°C)) covering a wide range of specific heat values. Dual-container visualization with real-time heating animation showing two materials being heated simultaneously with identical power (100-2000W). Color-coded temperature indicators and animated flames visualize the heating process. Three interactive charts: Temperature vs Time curve showing different heating rates, Heat Absorbed vs Temperature plot demonstrating Q = mcΔT relationship, and Specific Heat Capacity Comparison bar chart. Adjustable parameters: mass (0.1-5 kg each), heating power, initial temperature (0-50°C), max temperature limit (60-200°C), and simulation speed (0.1-3x). Preset scenarios include Water vs Sand (beach effect), Metal vs Water (cooking), and Beach Effect with different masses. Real-time display of temperature, heat absorbed (Q), and specific heat values. Educational content explains Q = mcΔT formula, why materials with lower specific heat heat faster (dT/dt = P/(mc)), real-world applications including coastal climate moderation (sea and land breezes), cooking with different metals, and why water has exceptionally high specific heat due to hydrogen bonding. Multi-language support (zh, en, es, fr, de, ru, pt).

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