How Plasma Cooling Reduces Heat on Metallic Surfaces 🔥❄️ | YPlasma скачать в хорошем качестве

How Plasma Cooling Reduces Heat on Metallic Surfaces 🔥❄️ | YPlasma

🌡️ In this experiment, a plasma actuator is used to efficiently reduce heat from a metallic surface through ionic wind cooling. The test begins with a 3.5cm x 2cm metal plate heated to 84°C, and with the application of plasma-based technology, the temperature drops to 49°C in just 36 seconds. ⏳ This method demonstrates the effectiveness of plasma actuators in thermal management applications. 💨 Plasma actuators generate an ionic wind, directing ambient air over the surface to accelerate heat dissipation. This technique has promising applications in electronics cooling, aerospace engineering, and energy-efficient thermal control. 📡⚡ If you are interested in thermal management technologies, plasma-based cooling, and heat dissipation techniques, this video provides a clear demonstration of how plasma actuators enhance heat control on metallic surfaces. 🔔 Subscribe for more experiments on plasma actuators, cooling technology, and engineering innovations! 🚀 . . . #YPlasma #PlasmaCooling #HeatReduction #ThermalManagement #IonicWindCooling #PlasmaActuator #CoolingExperiment #EngineeringExperiment #HeatDissipation #ScientificBreakthrough #FutureTechnology #MetallicSurfaces #CoolingMetal #SurfaceCooling #MetalHeatReduction #ThermalControl