Energy Produced from Particle Movement
Heat, a fundamental form of energy, arises from the incessant movement of particles within a substance. This kinetic energy, known as thermal energy, manifests as molecular vibration, oscillation, and random motion observed as Brownian motion. Heat transfer processes, governed by thermodynamics, facilitate the flow of thermal energy between objects. Understanding the dynamics of particle movement and heat transfer is crucial for applications ranging from power generation and heating/cooling systems to advanced analysis techniques like CFD and thermography, which provide insights into thermal phenomena in scientific research and engineering.
