Test method for determination of contact heat transmission through protective clothing or constituent materials: clothing for protection against heat and flame clothing rubber ( excl. footwear and headgear) 防护服防热性能测定法:耐热及耐火焰试验橡胶防护服(不包括鞋类和帽类)
Research on Heat Transmission Coefficient of Exterior Window and Energy Consumption for High-rise Residential Buildings of Chongqing Area 重庆地区高层住宅外窗传热系数与建筑能耗研究
Heat transfer is far infrared radiation heat transmission. 热量传递为远红外辐射传热。
Hot kerosene heat transmission system. 热媒油(传热油)传热系统。
Design and Heat Transmission Analyses of Insulating Layer in Ionic Nitriding Furnace 离子氮化炉保温层的设计使用和热工分析
The heat transmission of products pipeline along with hot crude pipeline in one ditch has some effects on the operation of crude oil pipeline. 同沟敷设管道中成品油管道和原油管道间的传热对原油管道的运行有一定的影响。
A Simplified Method for Transfer Building External Wall Heat Transmission Coefficient of Residential Buildings in Shanghai District 上海地区居住建筑外墙传热系数转换的简化方法
Based on three modes of heat transmission, this paper analyzed the efficient superiorities of plastic door& window in architectural field. 本文从热量传递的三种方式分别解析塑料门窗在建筑领域的节能优势。
The utility model belongs to the technical field of an enamel heat transmission element, and discloses a one-step electrostatic painting heat transmission element. 本实用新型属于搪瓷传热元件技术领域,公开了一种一次静电喷涂传热元件。
The utility model has high heat transmission efficiency and long service life of the boiler tube. 本实用新型传热效率高、炉筒使用寿命长。
Model for inner proffie control of furnace wall lined with copper cooling stave based on the inverse problems in heat transmission; 基于边界条件替代法建立了高炉冷却壁热表面与炉气间的传热系数计算模型。
It explains the design method of GGH device heating tube from each aspect of heat transmission property, construction and optimization, as well as presents the operation example. 从传热性能、结构、最优化等方面阐述了热管GGH设备设计方法,并介绍了运行实例。
However, within the accommodation area, steam should not be used as a medium for heat transmission. 但是,在起居舱室区域,不应使用蒸汽作为传热媒介。
Integrated design of die-casting aluminum cup-type Radiator is conducive to heat transmission. 压铸铝杯式散热器,一体化结构利于热传导;
By analyzing and estimating the data from experiment, the mechanism in heat transmission of gas during the experiment is obtained. 分析了从低气压到常压的实验数据,并进行了理论计算,得出了实验中气体传热机制的演变过程。
Fouling and slagging not only prevent the heat transmission of heating surface but also influence the normal operation of boiler. 阐述了积灰和结渣不仅降低了锅炉受热面的传热能力,而且还对锅炉的实际运行产生较大的影响。
He Law of heat transmission mechanism, thermal conductivity effecting factors and calculation method of CFRP ( carbon fibrecomposite) at low temperature have been researched and discussed. 探讨和验证了碳纤维复合材料(CFRP)低温传热及低温热导率的一般规律、影响因素和计算方法;
By researching heat conduction of air interlayer, the coefficient of heat transmission expression of vertical space layer is derived in stable condition. 对罐壁空气夹层的导热问题进行了研究。推导出了稳定状态下,垂直有限空间夹层中传热系数的表达式。
Convection is heat transmission from the rock to the water flow. 其中,热对流是热能在岩石裂隙中通过水流的传递。
In this thesis, the heat transmission coefficient and exit density of two-effect evaporation experimental facility are investigated. 本文以两效蒸发实验装置的传热系数和出口浓度在线检测系统为研究对象。
In the paper, the authors present the fundamental principles and effective measures for strengthening heat transmission. 介绍了传热强化的基本原理和有效措施。
The efficiency of heat transmission is reduced and the pipeline is blocked scale formation in cooling water system, so prodigious economic loss come into being. 在冷却水系统中,由于水垢的形成,降低了传热效率甚至阻塞管道,造成了巨大的经济损失。
The temperature distribution was analysed by one dimension stable heat transmission theory. 应用一维传热学理论对介质窗内部的温度分布进行了分析。冷测结果与理论结果基本一致。
The heat transmission characteristics of the heat pipes was manufactured by this system meet the need of practical application. 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 protype measurement of this heat exchanger is conducted, and influence of interlamination spacing on heat dissipation surface, heat transmission coefficient and air velocity is analyzed. 进行了真机实测,分析了片距对散热面、传热系数和风速的影响。
Undercooled melt forced laminar flow effect on heat transmission, mass transmission and momentum transmission during solidification. 凝固过程中,过冷熔体强迫层流影响热量传输、质量传输和动量传输过程。
And the melt flow influences the heat transmission, distributing of oxygen impurity. 从中发现熔体的流动直接影响到了①晶体生长热系统中的热量传输;②氧杂质的分布情况。