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It turns into a liquid. Just like if you were to remove thermal energy from a substance the atoms will slow down.
When thermal energy is added the matter goes slower
It will get colder. It also might freeze.
They stop moving and stop producing energy.
Thermal energy never disappears, but it can be moved from one place to another, which is what a refrigerator does. If you examine your refrigerator you will be able to observe that there are heat exchange tubes (usually on the back) which get hot as they pump heat from the interior to the exterior of the refrigerator.
To remove the sensor, turn it counter clockwise. Be sure to coat the threads with anti-seize compound when replacing.
I would not call it complicated, but it can be time consuming. You do have to remove the components that connect to the motherboard (including the processor), and reinstall them to the new one. Swapping out the processor is a simple job, but making sure that the new processor is supported by the existing motherboard can be tricky. You have to take into account, not only the motherboard model, but its revision and bios version.
To improve the thermal bond between the chip and the heatsink. if the surface of the chip is uneven and the surface of the heatsink is also uneven then you wouldn't get anything close to 100% surface contact between them. To remove the gaps you use a compound that has a good thermal (heat) conductivity to fill in the gaps between the two objects.
place processor in mercury let set for aprox. 4 hours then remove. place processor in mercury let set for aprox. 4 hours then remove.
You need a long 2.5mm Hex head driver to remove the 4 screws that hold down the processor as each corner. The entire heat-sink and processor daughtercard lift straight out.
It turns into a liquid. Just like if you were to remove thermal energy from a substance the atoms will slow down.
When thermal energy is added the matter goes slower
The power supply should be disconnected first. Then comes the CPU cooler. Then the processor can be safely removed from the socket.
Metal is a very poor thermal (and electrical) insulator. It is a good conductor of heat (and electricity, obviously). Copper (a metal) is one of the best thermal conductors known to man--most laptops use pieces of copper to transfer the heat from the processor and graphics chips to the heatsync (typically aluminum), where the fan can remove the heat. Materials like foam, rubber, etc. are good thermal insulators (think of pot holders...).
The processor was not meant to be removed. An industrious and careful user with a rework station could theoretically desolder it.
Why would you want to? Any way--- You need a long 2.5mm Hex head driver to remove the 4 screws that hold down the processor as each corner. The entire heat-sink and processor daughtercard lift straight out.
By replacing the harddrive of your computer