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stainless steel
Thermal analysis are used to prevent the electronics circuit being damaged, such as heat sinks are used to absorb the heat which is created by the components to protect the sensitive components
Heat shields are used on cars to protect components and bodywork from heat damage coming from the engine and exhaust system.
They are used when soldering fragile electrical components to isolate the heat to the solder joint and away from the component
copper is uses in becouse is good electronic of heat
An engine block is used in cars to support the components of an engine. It is also used to transfer heat from friction to the atmosphere and engine coolant.
Most of the electronic active components are made of semiconductors. Rise or fall in temperature will change the conductivity of a semiconductor. So in order to prevent it heat sinks are used in circuits.
I think it should be "sink". It is usually a conductive material with large heat capacity that is in contact with a component producing heat during the components operation and is used to dissipate the heat generated by the component which otherwise (if left to increase in operating temperature) may malfunction or be destroyed.
Most energy is lost through Heat, Light & Sound. Energy will also be lost through kinetic energy, that runs the fans to get the heat out of the laptop. Energy will also be used as Electrical energy to power the components, which in turn, give out heat energy. The pattern goes a little like this: Components: Electrical Energy>Heat Energy>Kinetic Energy Screen: Light Energy>Heat Energy Speakers: Sound Energy
Water cooling is a method of heat removal from components and industrial equipment where water is used as the heat conductor. Water cooling is commonly used for cooling automobile engines, factory generators, and large refineries or chemical plants.
Cost, primarily, but also because titanium products tend to develop heat spots, whereas aluminum is lighter and distributes heat much more evenly.
The Central Processing Unit (CPU) creates heat as electricity is used in processing data. The longer the processing takes place, the more heat is created. Heat-sinks and fans are used to cool the CPU and motherboard, so avoiding, as much as possible, overheating and components burning out.