Utječe li boja hladnjaka na njegovu učinkovitost?

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Utječe li boja hladnjaka na njegovu učinkovitost?
Utječe li boja hladnjaka na njegovu učinkovitost?

Video: Utječe li boja hladnjaka na njegovu učinkovitost?

Video: Utječe li boja hladnjaka na njegovu učinkovitost?
Video: what happens if you shut off a PC while windows is updating? #shorts - YouTube 2024, Studeni
Anonim
Kada je riječ o potrazi za pravi geekdom, nema sumnje previše zagonetan. Danas ćemo pogledati je li boja hladnjaka važna (i ako je pogodak pogodak ili bonus vrijedan razmatranja).
Kada je riječ o potrazi za pravi geekdom, nema sumnje previše zagonetan. Danas ćemo pogledati je li boja hladnjaka važna (i ako je pogodak pogodak ili bonus vrijedan razmatranja).

Današnja pitanja i odgovori nam se javljaju zahvaljujući SuperUseru - podjele Stack Exchange-a, zajednice-driven grupiranja Q & A web stranica.

Pitanje

SuperUser čitač Bob Freaking želi znati je li boja njegova hladnjaka važna:

I know that heatsinks come in different fin forms and those different fin forms affect the way how they dissipate heat. However, there’s something I could not get about them and it’s their color.

Can someone explain how does color affect a heatsink when it comes into dissipating heat? Complex explanations are welcome because I’m really curious about this particular matter.

Bob zna što želi i što želi je detaljna analiza.

Odgovor

SuperUser suradnik Journeyman Geek delves u Bob je upit:

I suspect its unlikely, though it depends on what you mean by colour. There are three fundamental modes of heat transfer for any material, and only one of them is directly affected by colour.

Heat is transferred from the heat source to the heat sink, and from the heat sink to the air by conduction. Most heatsinks are made of copper (heavy, and relatively expensive) or aluminium – and copper is generally left natural, and aluminum either has a natural clear covering of AL2O3, or is anodised and coloured. For conduction material rather than colour is important.

Convection is the movement of heat through the movement of air. While passive cooling simply uses this, you can increase its efficiency by increasing surface area (which is why heatsinks are finned), or by forced convection – blowing air to carry heat away. While air is not a good conductor, convection in air is how everything from cars to heatsinks are cooled. This is very efficient, and dosen’t really rely on the material properties of the heatsink, or on the colour.

Radiation is.. frankly awful at transferring heat unless you’re in a vacuum(It also sucks in a vacuum, but conduction and convection cannot happen). It is affected by surface colour.

Practically speaking, a heatsink being coloured is entirely for looks, and will affect cooling less than surface area, airflow, material and the contact between the heat source and heat sink.

Modeli kućišta i entuzijasti za zgradu PC-a svugdje se mogu lako odmoriti jer njihovi prilagođeni oblici boja ne utječu na prijenos topline.

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