研究了导热性能与氧化镁填充量的关系。
The relationship of thermal conductivity with the content of MgO was studied.
次水道采用优质不锈钢管,导热性能佳。
The subordinate water route applies superior stainless steel tubes, which has an excellent function of heat trasmission.
所述的挡热板由导热性能差的陶瓷薄片或铝箔制成。
The heat shields are made of ceramic flakes or aluminum foils of poor thermal conductivity.
找到了氧化钇加入量变化时ysz导热性能的变化规律。
It found how the thermal conductivity of YSZ changes with the adding amount of yttria.
本发明所制备的复合材料具有良好的导热性能和加工性能。
The composite material prepared by the invention has good thermal conducting property and processing property.
结果表明铜壁高的导热性能和钻孔工艺对高炉长寿意义重大。
The results prove fatherly that the use of copper cooling stave has great significance to the longevity of blast furnace because of the excellent heat transfer capability of copper …
利用这台系统制造成的热管,其导热性能满足了实际应用的要求。
The heat transmission characteristics of the heat pipes was manufactured by this system meet the need of practical application.
材质工艺:采用导热性能极高的铝合金及专利结构技术设计生产。
Material technics: aluminium alloy of high heat conductivity and patented configuration technics.
钨粉粒径主要通过影响铜网络的分布及界面的多少来影响导热性能。
The particle size of the tungsten affected the TC mainly through changing the copper network and the interface.
硫化胶的高温性能及导热性能良好,补强性能、弹性和复原性亦较佳。
The temperature properties and vulcanizates thermal performance is good, reinforcing performance, flexibility and resilience is better.
大量的实验数据都表明,纳米粒子的添加对流体的导热性能确实存在影响。
Experimental results indicate that the addition of nanoparticles truly influences the thermal conductivity of fluids.
呈绿色,晶体结构,硬度高,切削能力较强,化学性质稳定,导热性能好。
Green Silicon Carbide Micropowder is green and features high hardness and strong cutting force, steady chemical property, good capacity of heat-transmission.
理想的材料应该是遇热不变型,也不会散发有毒气体,承托力和导热性能好。
Ideal material should be the same type when exposed to heat, it will not emit toxic gases, good load bearing capacity and thermal conductivity.
研究还发现,不同垫层(塑料片、钢片和铝板)导热性能对刻蚀速率影响很小。
Meanwhile, the difference in thermal conductivity of underlining materials (plastic sheet, steel sheet and aluminium plate) has little effect on the etching rate.
本发明解决了泡沫混凝土强度,导热性能之间的协调以及废弃聚氨酯的处理问题。
The invention solves the problems of the coordination between the intensity of the foam concrete and the heat-conducting property and the treatment of the waste polyurethane.
同时二氧化硅作为基体材料形成空间传热网格,较大的提高了相变材料的导热性能。
The thermal conductivity of the phase change material can be improved effectively by using silicon dioxide as a supporting material.
铝导热性能好,因此铝质酿酒设备的热效率很高,节省燃料,并且出酒快,出酒率高。
Aluminum with good thermal conductivity, so the thermal efficiency of aluminum brewing equipment is very high, save fuel, and the wine quickly, high liquor yield.
研究了涂料密度、纤维种类、结合剂及增塑剂等因素对涂料导热性能和施工性能的影响。
Effects of some factors such as coating density, fiber variety, binder and plasticizer on thermal conductivity and installation performance of coating for tundish were researched.
采用具有导热性能高的铝压铸材料,散热功能优于普通材料,增强了LED灯具的使用寿命。
The heat-skin use alloy die-casting material with high thermal conductivity, which is much better for heat dissipation than normal materials and thus extends the working life of LED lights.
感应探头下侧设置卡环,卡环为侧面开口的圆环结构。卡环由导热性能好的铜镀镍材料制成。
A snap ring is arranged at the underside of the inductive probe, takes a ring structure with a lateral opening and is made of dumet materials that have good heat conductivity.
采用拟均相二维模型,对乙烯环氧化制环氧乙烷工业反应器的床层导热性能进行了模拟与分析。
The heat transport of catalyst bed in industrial reactor for epoxidation of ethylene to epoxy ethane has been simulated and analyzed by pseudo-homogeneous two-dimensional model.
但PC较差的导热性能限制了其应用领域,采用合适的方法提高PC的导热性能具有重大意义。
However PC has poor thermal conductivity which restrict its application, so take appropriate methods improve its thermal performance is very important.
综述了碳纳米管增强高聚物在导电性能、微波吸收性能、光学性能及导热性能等方面的研究进展。
The research progress of carbon nanotubes reinforcing polymer's electrical, radar absorbing, optical and thermal conductivity properties was reviewed.
但是单纯的相变储热材料存在导热性能差、达到相变温度后液态化的缺点,实际应用可能性不大。
The thermal energy storage materials, especially the phase change materials for thermal energy storage system, were reviewed including the development and basic application.
鉴于Y SZ陶瓷材料热物性研究的不完善性,本文对实验制得的YSZ试样进行了导热性能的研究。
In this paper, research was carried out on thermal conductivity of YSZ samples prepared through experiments.
然后,通过试验研究来探索玻化微珠混凝土导热性能、强度及工作度随玻化微珠掺量变化而变化的情况。
Then, it was explored that the concrete heat conduction performance, the intensity and the job degree development with the quantity change of the glazed hollow bead.
本发明提高了半导体器件内引线的导电性能、热稳定性、抗拉强度和导热性能,生产效率高,降低了成本。
The invention improves the conductivity, thermal stability, tensile strength and heat conductivity of the inner lead, has high producing efficiency and reduces the cost.
缓冲材料是高放废物深地质处置库中的重要工程屏障,其导热性能参数是高放废物处置系统设计的关键参数之一。
Buffer material is one of the important engineered barriers in the high-level radioactive waste (HLW) repository. Its thermal property is one of the key properties for the design of HLW repository.
由于复合材料导热性能较差,导致电机整体的散热性能不佳,因而连续放电运行时电机的热性能预估显得十分重要。
Due to the poor thermal conductivity of composite materials, heat dissipation of the machine is severe, and heat performance estimate becomes vital during continuous discharges.
由于复合材料导热性能较差,导致电机整体的散热性能不佳,因而连续放电运行时电机的热性能预估显得十分重要。
Due to the poor thermal conductivity of composite materials, heat dissipation of the machine is severe, and heat performance estimate becomes vital during continuous discharges.
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