Remember that large diodes need heat sinks!
记住，大型二极管需要散热器！
The transistors would need to have heat sinks.
当然，电阻可能会需要加装一个散热器。
The problem of heat sinks in cryogenic equipment is discussed.
文中讨论了低温装置中的热沉问题。
Remember to install appropriate heat sinks to protect components from damage.
请记住，安装适当的散热装置，以防止损坏元件。
Sized and placed critical component heat sinks to ensure that adequate volume is available.
确定重要元件的散热器尺寸和安放位置以确保有足够的空间。
Radiation plus convection heat sinks, a large aluminum wing surface area, effective heat dissipation.
辐射加对流的散热方式，较大的铝翼表面积，散热效果好。
It is shown that the forced convection over micro pin fin heat sinks is a very effective heat transfer mode.
本文以去离子水为冷却工质，对流体横向冲刷方形微针肋阵列热沉的传热特性进行了实验研究。
Heat sinks inside computers work in a similar way, with pins sticking up to help dissipate the interior heat.
电脑内部的散热器就是以类似的方式，利用突出的插脚帮助内核散热。
Capable of full system analysis, with multiple components such as heat sinks, fans, and openings allowed in a cabinet.
能够全面系统的分析，多部件，如散热器，风扇，及开口获准在内阁。
Two heat sinks – one on the head, another on the crankcase – allow airflow to carry away heat and maintain performance.
两个散热片 -在头部，一个又在曲轴箱 -让气流带走热量，保持性能。
The effects of the air incoming velocity and the heat sinks structure on the comprehensive performance were investigated.
研究了强制风冷中空气入口侧三角形肋片边缘形状对散热器换热性能和流动阻力的影响。
In addition, under normal circumstances a good thermal conductivity and are based on copper heat sinks and a heavier weight.
另外，一般情况下导热性好的散热片都是采用铜制的，重量较重。
New products with hea pipes for domestic locomotives are briefed. It is forecasted that heat-pipe heat sinks features wide applications.
简要介绍了我国已利用热管开发的机车用新产品，预测热管散热器将有广泛的应用前景。
And now we've got huge graphics CARDS with their own heat sinks and cooling fans, plus extra supports to keep the very weight of them in place.
而现在我们的显卡变成了大块头，有它自己的散热片和风扇，还为了让沉重的显卡得以安身有了各种额外的支持。
Experimental investigation was conducted to study the thermal performance and thermal resistance factor of staggered mini-duct heat sinks.
实验研究微小交错流道散热块的传热性能以及热阻系数。
Walls of glass throughout the house face the countryside, while decks and sunrooms double as heat sinks and sources of passive solar energy.
整间屋子的玻璃幕墙面朝乡野景观，露台和太阳房既能起到散热板作用，又是被动式太阳能的来源。
Then designed two new microchannel heat sinks, analyzed and optimized the two new microchannel heat sinks 'flow and heat transfer performance.
继而设计了两种新型微流道散热器，并分析和优化了两种新型散热器的散热与流动特性。
Built-in components representing all typical parts of a system, including heat sinks, fans, openings, grilles, heat pipes, plates, and many more.
内置式组件，代表所有典型零件的制度，包括散热器，风扇，开口，窗花，热管，板，而且还有很多。
The results also show that the pressure drop of the two kinds of heat sinks is little influenced by power input under the low approaching velocity.
在低风速下，加热功率对这两种散热器压降的影响也不大。
The mechanical and physical properties of particles reinforced copper matrix composites for heat sinks produced by powder metallurgy are studied here.
本文研究了用常规粉末冶金工艺制备颗粒增强铜基热沉复合材料的机械物理性能。
Simulation results show that the important factors of influencing fin heat sinks 'cooling effect are fin pitch, fin thickness, base thickness and fin height.
仿真结果表明，影响翅片式散热器散热效果的重要因素为翅片间距、翅片厚度，基座厚度和翅片高度。
Under this background, the present study of the heat transfer and flow characteristics of plate fin heat sinks and staggered heat sinks with forced air -cooling were carried out.
本文关于强迫风冷中板翅式和叉排式散热器换热性能和流动特性的研究即以这一重要领域为背景。
Through studies of material characteristics suitable for making semiconductor laser heat sinks, we have manufactured panel heat sinks, large-channel heat sinks and micro-channel heat sinks.
通过对适于制作半导体激光器热沉的材料特性进行研究，制作出平板热沉、大通道热沉及微通道热沉。
Nowadays the thermal losses of power electronic devices like CPU are increasing. At the same time, their sizes are decreasing. Consequently heat sinks have to dissipate very large heat flux.
如今CPU等电子设备散发的热量越来越多，而尺寸却越来越小，结果是散热器必须处理的热流密度越来越大。
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.
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。
It is discovered that, the meridional cell is closely associated with the distribution of the heat sources and sinks.
分析结果表明，经向环流圈与大气冷热源的分布密切相关。
It is discovered that, the meridional cell is closely associated with the distribution of the heat sources and sinks.
分析结果表明，经向环流圈与大气冷热源的分布密切相关。
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