Specific heat of sinter
"Flame" is the visible energy when burning something. "Heat" is given off a flame and countless other things. Flame produces heat, but heat does not always generate from flame, and heat almost never produces flame (friction might count). And if you want the definitions: HEAT: a form of energy that is transferred by a difference in temperature. FLAME: the process of combustion of materials producing heat and light and (often) smoke. If you want to think of it a different way: Flame is what you see when you look at a fire and heat if what you feel from the fire.
A heat sink is usually something that draws something away from an electrical componet (Ex: ICU's, Processors and transistors) APEX- A device that absorbs and draws heat from a hot object, dispersing it into the surroundings.
There is no such thing as a "heat sync". There is such a thing as a "heat sink", this is a piece of finned metal that is a good conductor that is placed into thermal contact with the CPU or GPU chip to take away the heat produced by the chip when in operation to prevent it overheating.
Fuel, Oxygen and a heat source. Fuel, Oxygen and heat are everywhere why is the whole earth not on fire? because it is not Heat but a source of ignition that is needed.
A central processing unit (CPU), is under the fan and heat sink. The processor creates a lot of heat as it works, and would soon burn-out if not cooled.
Sinter Klass is the Holland name for Santa claus..................... i think
A calc-sinter is a sediment deposited by a mineral spring, which resembles and is comprised of calcium carbonate or limestone.
mr.dwightlloyd
New Zealand
Sinter Clouse
Specific heat has nothing to do with specific volume.
New Zealand
Switzerland
sinter clause.. duuuh!
specific heat capacity
A sinter plant is a facility used to process iron ore fines into a solid form known as sinter. This process involves mixing the iron ore fines with fluxes, solid fuel, and other materials, then heating the mixture in a sinter machine to create a porous material suitable for use in blast furnaces. The sintered material helps improve the efficiency of the iron-making process in steel production.
The specific heat of a material determines how much heat energy is needed to change its temperature. Materials with high specific heat require more energy to heat up or cool down compared to materials with low specific heat. This means materials with high specific heat will heat and cool more slowly than those with low specific heat.