The temperature levels in most computers today have a significant impact on a PC’s performance.温度水平，在大部分的电脑，今天有重大影响的在PC上的表现。 We know of the usual auxiliary fans required to serve as added ventilation but in some cases, the proper cooling for these chips are not enough.我们知道一般的辅助球迷需要充当补充，通风，但在某些情况下，适当的冷却这些芯片是不够的。 Cooling is important and while the fans are trying hard to negate the rising heat levels from using internal chips and processors, Purdue University has reportedly developed a tiny refrigeration system that will surely help a lot as far as CPU temperature levels is concerned.冷却是很重要的，而球迷是力图否定的上升热水平，从使用的内部芯片和处理器，普渡大学，据报已制定了一个微小的制冷系统，一定会帮助很多，据CPU温度是各级关注。

This is indeed a welcome development considering that many people are forever relying on additional cooling systems for their CPU or laptops.这的确是一个值得欢迎的发展，考虑到很多人都永远依靠额外的冷却系统，为他们的CPU或笔记本电脑。

“Traditionally, you use a fan to blow air on a chip — room temperature air,” said Garimella. “传统上，您使用的是范的打击，空气中的芯片-室温下的空气，说： ”利梅拉。 “If I could push chilled air onto the chip, then I get a lot more cooling.” The devices are designed to dramatically increase the amount of heat that can be removed from a computer, he added. “如果我能推动冷冻空调上的芯片，那么我得到了很多更冷却”装置的设计，以大幅增加的数额热可以从一台电脑，他补充说。

The system pumps refrigerants through tiny compressors and tubing.该系统泵通过细小的制冷剂压缩机及油管。 The technology could be integrated into a microprocessor, or it could replace a computer’s traditional air-cooled heat sink.该技术可以集成到一个微处理器，它或可取代计算机的传统的风冷式散热片。

The new cooling technique will probably be used first in gaming systems and then新的冷却技术可能会首先用于在游戏系统，然后

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