散热技术

随着LED芯片发光效率和散热技术的快速提升，显示屏分辨率越来越高，目前填充因子系数已达到10%。

With the rapid promotion of the LED chip light-emitting efficiency and heat dissipation technology , the fill factor coefficient of the LED display has been up to10 % .

本文首先对CPU散热技术和热管型CPU散热器的国内外研究进展及现状进行了综述；

At first , the technology for CPU cooling and the development of heat sink using heat pipe for CPU were summarized in this paper .

电子电器设备中高效热管散热技术的研究现状及发展

Improvement of Heat Pipe Technique for High Heat Flux Electronics Cooling

电子设备散热技术及辅助分析软件的研究

Research of Techniques and Assistant Analytical Software of Electronics Heat Elimination

发动机进气管预热与散热技术研究

Research on the Techniques of Preheat and Rediation to Intake Manifold of Engine

单机大功率牵引电动机运行熟路分析及散热技术研究

Heat route analysis and heat sink study of a single power traction motor in operation

表贴功率管的散热技术

Radiating Technology of Surface Mount Power MOSFETs

高热流密度电子设备散热技术

Cooling Technique for High Flux Electronic

因此，电子器件散热技术研究日益重要。

Therefore , the study of heat sink technology of electronic apparatus becomes more and more important .

种种态势表明，液体金属芯片散热技术已成为计算机热管理领域内极具探索价值的新前沿。

Various evidences indicate that , the liquid metal based chip cooling is becoming a new frontier in the thermal management of computer system .

面对这一挑战，振荡热管散热技术发挥了其特有的优势，有效控制了电子元件温度过高的难题。

Faced with this challenge , oscillating heat pipe cooling technology to play its unique advantages , effective control of the electronic components overheating problems .

脉动热管作为一种廉价、被动两相冷却系统，在微电子散热技术中，具有光明的应用前景。

Pulsating heat pipe ( PHP ) as a cheap and passive cooling system of two-phase flow , has a very hopeful future in microelectronics dissipation technology .

现今，由于新的国防和航空应用的出现，对带宽、实时信息处理能力和散热技术提出了更高的要求。

Today , with the development of new defense and aerospace applications , there is a higher requirement on bandwidth 、 real-time information processing ability and cooling technology .

介绍了一种运用冷板散热技术对全密封发射机进行散热的设计方法，并从理论分析上给出了这种设计方法的计算过程。

This paper introduces the design method that uses cold plate technique to cooling of hermetically sealed transmitter . It gives the calculation process of the design method deduced from theory .

在电子器件高度集成的背景下，电子器件的热流密度也持续增长，其散热技术逐渐成为当前传热研究的热点。

On this background , the heat flux of electronic devices is also increasing at the same pace . The technology on heat dissipation is now the hotspot of heat transfer field .

综合介绍了目前半导体大功率激光器普遍采用的材料结构、芯片结构、封装技术、散热致冷技术以及发展现状；

The paper present the development of high power laser array , the material structure , the chip structure and the techniques of package , heat-transportation and cooling .

解决LED的散热问题成为技术的关键，热分析方法将成为必不可少的工具。

Solving the heat of LED is the technical problem , thermal analysis will become indispensable tools .

在3D-MCM（多芯片组件）封装设计中，大功率和高热流密度导致系统的散热成为关键技术之一。

In 3D-MCM ( multi chip module ) packaging designs , heat dissipation is one of the key issues that must be solved .

毛细抽吸两相回路系统（CPL）以毛细芯分离相变传热为基础，由于高效节能，控温稳定等优势而广泛应用于航空航天，高密度热流散热等高新技术领域。

With high efficiency , energy saving and high dependability for temperature control , the Capillary Pumped Loop ( CPL ), as a two-phase thermo-control system , is applied in many high tech fields such as controlling heat transfer on air craft , cooling high power density electronic devices .

而常规的冷却系统所能达到的冷却能力受到极大挑战，尤其在能源、汽车、空调、农业、化工、微电子、信息等领域，对强化传热、提高散热效率等技术提出了更高的要求。

The capacity of conventional cooling systems face great challenge , especially in areas such as power , automobile , air conditioner , agriculture , chemical engineering , micro-electronic , and information . It needs higher requirements for enhancement of heat dissipation efficiency .

逆变焊机中IGBT散热及过热保护技术的研究

Research on the Techniques for IGBT Radiating and Overheat Protection of Inverter Welder

应用于载人航天器舱内散热的热管技术研究

Investigation on Heat Pipe Technology for Heat Transport in Manned Spacecraft Cabin

采暖用散热设备性能热技术经济学评价方法研究

A method for evaluating thermotechnical economics of the performance of radiating equipment used for heating

分析汽车散热风扇电磁离合器技术及发展；

The author analyzes the technology and development of electromagnetic clutch of auto radiator fan .

本研究的策略成果可以提供散热产品公司在此技术发展策略架构上，建立其独特的技术发展蓝图，满足企业专属的技术规划需要。

The outcome of the study provides the framework of the technological development strategy for those enterprises providing cooling solutions of CPU to establish their specific technology roadmaps .

从应用角度看，评价散热器散热性能的主要技术指标有散热性能、散热器空气阻力以及水流阻力，分别简称为散热量、风阻及水阻。

From the using point of view , the main technical performance to appraise the heat transfer performance of automobile radiator includes heat transfer performance , air resistance and water resistance .