1.
Experimental Study and Numerical Simulation on Cooling of Micro-electronic Chips;
微电子芯片冷却的实验研究和数值模拟
2.
The simulation of heat pipe heat sink for chip cooling
芯片冷却用热管散热器的数值模拟研究
3.
An experimental study of a novel integrated heat pipe-heat sink for chip cooling
芯片冷却新型集成热管散热器的实验研究
4.
Application prospects of microfluidics technology in electronic chip cooling research
微流体技术在电子芯片冷却中的应用研究进展
5.
Experimental study on heat sinks of computer chip cooling based on micro-injection
基于微喷射结构的计算机芯片冷却试验研究
6.
Investigation on Piezo-pump Used in Water-cooling-system for Computer CPU Chip
压电泵在CPU芯片液体冷却系统中的应用研究
7.
finned air cooler
带散热片的空气冷却器
8.
conduction-cooled turbine blade
(导热)冷却式涡轮叶片
9.
reactor core isolation cooling system
反应堆堆芯隔离冷却系统
10.
But active chips - such as the proposed Digital Angel of the future - will need to beam out information all the time.
但是"主动"芯片却可以随时发送出信息。
11.
A Cooled ICCD System for Biochip Detection;
用于生物芯片探测的制冷型ICCD系统
12.
Experiment on the Unsteady Heat Transfer Process of Thermoelectric Cooling on CCD Sensor
CCD芯片热电制冷的非稳态传热研究
13.
Analysis on the Dew and Condensation of Wall Body in a Chip Factory in Dalian
大连某芯片工厂墙体结露与冷凝分析
14.
Numerical Study on Cooling Deterioration Area Between the Film Cooling Holes of Rotating Blades
旋转叶片气膜冷却孔间冷却死区的数值研究
15.
Measurements for monitoring adequate cooling within the core of pressurized light water reactors
GB/T13632-1992监督压水堆堆芯充分冷却的测量要求
16.
A soft-measuring method to measure the core coolant temperature at the outlet of a nuclear heating reactor
核供热堆堆芯冷却剂出口温度的软测量方法
17.
In the 1980s, RAM chips got bigger and bigger in capacity while their prices dropped.
在80年代，RAM芯片的容量越来越大，而价格却下降。
18.
A language chip will save tons and tons of efforts in taking up the learning process.
语言芯片可以为学习外语的人省却无尽的烦恼。