I modified it like this:
1. Take out the radiator, remove the solid silicone grease from the cooling surface above the graphics card, and clean the cooling surface and the surface of the graphics card.
2. Apply CPU-specific silicone grease evenly on the surface of the graphics card to ensure that it will not overflow or be too little.
3. Move down gently and forcefully by hand to adjust the heat dissipation surface of the contact graphics card to ensure that the heat dissipation surface is in complete contact with the graphics card chip.
4. After contact, observe whether the silicone grease on the graphics card chip is evenly attached to the heat dissipation surface, and whether the silicone grease on the heat dissipation surface is the same size as the graphics card chip. Too much will overflow, and less will have different shapes.
5. After adjustment, apply silicone grease on the CPU and replace the cooling fan.
Note: 1. When applying silicone grease to the graphics card chip and CPU, use paper or other objects to detect the chip-sized holes and cover other places to prevent silicone grease from flowing to other parts of the motherboard and causing short circuits.
2. When tightening the cooling fan, it is not necessary to tighten the two screws on the white tablet computer that hold down the cooling fan.
Personally, I think it has been revised successfully. In standby, the CPU temperature drops by 52 degrees, and the graphics card is about 60 degrees. Full load (open 13 program at the same time, including playing HD movies, listening to songs, QQ, etc. ), the CPU temperature is below 65 degrees and the graphics card is not above 80 degrees. I use the notebook exhaust radiator to turn on at full speed, CPU 40 40 degrees, graphics card 60 degrees.
I changed the above by myself. It is recommended that friends with poor hands-on ability or unfamiliar hardware should not do it. Before it gets too bad.