Heat design is required in the reliability design.
热设计是电子设备可靠性的设计要求。
The study provides a new heat design method for developing high ignition point oil transformer.
这为高燃点油变压器的研制开发提供了一种热设计的新方法。
Knife block heat treatments, elegant in design.
刀座热缩处理，外形设计美观大方。
The young engineers also had to design the equipment to survive the heat in Africa .
年轻的工程师们还需要设计出能抵抗非洲炎热的设备。
Review design drawings if need heat treatment.
复核需要热处理的设计图纸。
Design condition and debugging data of heat accumulator are introduced.
介绍了蓄热器的设计条件和调试数据。
Discussesthe design theory and technical method of heat metering.
探讨了热计量的设计理论和技术措施。
ECOAIR air compressor in heat and low noise with a unique design.
艾高空气压缩机组在排热和低噪音上具有独特的设计。
Steam Road, concise design effective, warming fast, low heat loss.
汽路设计简明有效，升温快，热损耗低。
Sunspaces can also be included into the building design to capture heat.
半透明的空间设计也可以纳入捕获热量的建筑设计中。
Understanding the difference can help us to grasp the key point in heat insulation design.
了解这些差异有助于在设计时把握主要问题。
The optimization design of guide shell is very important for compact plate-shell heat exchangers.
对于紧凑型板壳式换热器，导流结构的优化设计是至关重要的。
The calculation for the tube plate thickness of heat exchanger is complex in normal design.
而在换热器设计过程中，管板厚度设计计算比较复杂。
Fast heat up and safety with electrical heat up design.
快速电热设计，加热快又安全。
The shortcoming of existing heat treatment process design is analyzed.
分析了现行热处理工艺设计的弊端。
High quality aluminum, integrated case design, good heat dissipation.
采用优质铝材，一体化外壳设计，散热性良好。
Including the review of the design specification, heat treatment plant design and feature three parts.
本设计阐明书包括综述、热处置车间设计和专题三局部。
Tulips will open when heat. So, it is is very depends on your design.
郁金香遇热易打开，要小心花形会改变。
The green environmental protection without pollution, cold light source design, no heat radiation.
绿色环保无污染，冷光源设计，无热辐射。
The agility of heat treatment management and design can help enterprises prevail against competition.
敏捷化是提升企业热处理竞争力的有效手段。
Good heat dissipation, module design, fast heat emission.
散热效果好，模块化的设计，热量散发快。
The design of heat emission can be carried out through simulation of equipment temperature field.
因而可以通过对设备温度场的模拟，对其进行散热设计。
The conclusions provide helpful reference for the design of heat-proof of craft cap.
计算结果给飞行器头罩的热防护层设计提供了有益的参考。
The above conclusions provide basis for the design of the bellows heat exchangers.
这一结论为波纹管换热器的应用提供了有效的设计依据。
With excellent heat dispersion housing design.
机身散热片设计。
Design and heat transfer characteristic of new plate heat exchanger.
新板型板式换热器的研究。
Design and heat transfer characteristic of new plate heat exchanger.
新板型板式换热器的研究。
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