该小组已开发出冷却正电子和反质子的改进技术，通过应用这些技术应该能够捕获到更多的反原子。
It has developed better techniques for cooling both positrons and antiprotons, which should allow it to trap more anti-atoms.
SprayCool已经申请了专利的这项两阶段液态冷却技术使用了无腐蚀、不导电的液体薄雾。把这种薄雾喷在一个薄片上，然后蒸发并冷却电子设备。
SprayCool patented two-phase liquid cooling technology USES a fine mist of non-corrosive, non-conductive liquid, sprayed in a thin layer, which evaporates and cools electronics.
散热器和风扇组合的强迫风冷技术具有设计简单、使用方便、成本低廉等优势，是目前电子设备中应用最广泛的冷却技术。
With the advantages of convenience of design, ease of application and low cost, forced air-cooling with heat sinks and fans are now the most widely used cooling technology for electronic devices.
介绍广州地铁1号线车辆电子控制装置冷却风扇的国产化技术方案、电路结构和原理及直流无刷风扇的风叶材料和轴承。
It is presented the localized technical scheme, circuit structure and principles for the cooling fan of control electronics for Guangzhou metro line 1 vehicles.
应用化学分析、金相和电子探针显微分析技术对反应器中冷却水管的失效原因进行了分析。
Reasons of failure in cooling pipe of the reactor have been studied by the chemical composition analysis, optical microscopy examination and electron probe microanalysis.
功率集成电路的功率密度越来越高，发热问题越来越严重，为现代传热技术在电子冷却领域的应用提出了新的课题。
The higher power density of the power IC the more serious heat -generating problems, that brings forward a new question of electronic heat cooling for discussion.
因此，喷雾冷却技术将成为未来高热流密度电子元件散热的一项重要技术，喷雾冷却技术正在受到越来越多的关注和研究。
Spray cooing may be introduced into electronics with high power and high heat fluxes in the near future as an important cooling technology.
2005年下一代热管理材料与系统会议文集。电子学与光子学中微尺度冷却的机遇挑战与技术解决方案，附光盘。
Next-generation Thermal Management Materials And Systems. Conference. 2005. Challenges Opportunities And Technology Solutions For Microscale Cooling In Photonics And Electronics (CD-ROM)
2005年下一代热管理材料与系统会议文集。电子学与光子学中微尺度冷却的机遇挑战与技术解决方案，附光盘。
Next-generation Thermal Management Materials And Systems. Conference. 2005. Challenges Opportunities And Technology Solutions For Microscale Cooling In Photonics And Electronics (CD-ROM)
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