壁面温度的英文

• wall temp

• "壁"英文翻译    wall
• "面"英文翻译    face
• "温度"英文翻译    temperature
• "背火面温度" 英文翻译 :    unexposed surface temperature
• "表面温度" 英文翻译 :    face semperature; skin temperature; surface temperature
• "表面温度计" 英文翻译 :    ardometre; skin temperature meter; surface thermometer; surfacethermometer
• "地面温度" 英文翻译 :    ground temperature; land surface temperature; surface temperature
• "地面温度表" 英文翻译 :    surface thermometer
• "海面温度" 英文翻译 :    sea surface temperature; sea-level temperature; sea-surface temperature （sst）; sst
• "基准面温度" 英文翻译 :    datum-level temperature
• "结合面温度" 英文翻译 :    bondline
• "界面温度" 英文翻译 :    interface temperature; interfacial temperature
• "冷却面温度" 英文翻译 :    cold-boundary temperature
• "楼面温度" 英文翻译 :    floor temperature
• "水面温度" 英文翻译 :    water surface temperature
• "外表面温度" 英文翻译 :    outside surface temperature
• "雪面温度" 英文翻译 :    temperature of snow surface
• "表面温度变化" 英文翻译 :    superficial alteration
• "表面温度分布" 英文翻译 :    surface temperature distribution
• "表面温度探头" 英文翻译 :    probe for measuring surface temperature
• "炉管表面温度" 英文翻译 :    tube skin temperature
• "模腔表面温度" 英文翻译 :    cavity surface temperature
• "模芯表面温度" 英文翻译 :    core surface temperature
• "平面温度梯度" 英文翻译 :    areal temperatuer gradient
• "身体表面温度" 英文翻译 :    shell temperature

• Wall temperature had a remarkable effect on smog exit temperature , whereas its effect on other parameters was not obvious
  壁面温度对最高燃烧温度、壁面最大热流和平均热流影响不明显，但烟气出口温度随壁面温度的升高而增加较大。
• In this paper , a study on two - phase flow and heat exchange inside pipe was made in theory , and the source program used in calculation of temperature distribution of coolant and wall along hollow wire was modified
  本文对管内两相流动及传热进行了理论分析，修改和完善了空心导线冷却介质及壁面温度分布的源程序。
• The article analyses the influence to the generator electrode temperature from different inlet angle and inlet total pressure and the compressive angle of fluid in the situational process
  本文在对等离子发生器内部纯空气流场的模拟过程中，分析了不同进口气流角、不同进口总压以及不同气流压缩角对发生器电极壁面温度的影响。
• Test results show that the ignition process of pc in ignition chamber includes three stages . the effects of velocity , pc concentration and wall temperature on the ignition of pc are studied
  试验结果证实煤粉气流在感应加热点火室内的着火过程分为三个阶段，揭示了煤粉入口速度、煤粉浓度、点火室壁面温度对煤粉气流着火的影响规律。
• A laboratory - scale gasoline injector deposit simulator was developed to simulate deposit formation , and the fourier transform infrared ( ftir ) technique was used to analyze the deposit formation mechanism under various wall temperature
  摘要建立了实验室尺度的沉积物生成仿真装置，并尝试以ftir傅里叶转换红外线光谱法分析沉积物生成的化学机理，以探讨不同壁面温度下的喷嘴沉积物生成过程。
• Analyzing of the heat transfer in microchannel heat sinks , finite element method is used to calculate the surface temperature , fluid temperature and the total thermal resistance of microchannel heat sinks with arbitrary base heat flux distribution
  在对微管道散热器进行传热分析时，本文利用有限元法在微管道底壁热量任意分布的情况下，计算了微管道的壁面温度和流体温度分布，最终得到了总热阻值。
• The effects of parameters on maximum combustion temperature , smog exit temperature , maximum wall heat flux , averaged wall heat flux of a new phosphoric acid tower with circular water wall were discussed , including phosphorus consumption , excess - air coefficient , wall temperature and radiation absorption coefficient , with the mathematical model developed in part
  摘要利用已建立的数学模型考察了燃磷量、过剩空气系数、壁面温度、辐射吸收系数对新型燃磷塔的最高燃烧温度、烟气排放温度、壁面最大热流和平均热流的影响。
• In arbitrary curvilinear coordinates , the wall function is used for treating near wall regions . the influences of two different inlet gas parameter distributions and turbulent combustion models , as well as three different afterburners on turbulent combustion flow fields and wall temperature profiles are calculated . comparisons of experiment results and calculations results show that second - moment combustion model is reasonable for modeling turbulent reacting flows , inlet gas parameter distributions is more important . calculation method is reliable and can be used for the optimum design of afterburner
  数值研究三种不同几何形状、两种进口气流参数分布、两种紊流燃烧模型等对加力室内各气流参数、隔热屏和加力室筒体壁面温度分布的影响,计算结果与试验数据比较表明:不同几何形状加力室对加力室内紊流燃烧流场的影响要比进口气流参数分布大些,正确给定进口气流参数分布较为重要,二阶矩紊流燃烧模型更适用摸拟三维紊流燃烧流动,计算方法合理,编制的计算程序可靠,可供加力燃烧室优化设计用。
• Firstly , simulate flow field of rear smoke channel , plot velocity magnitude and ash concentration distribution in section of entry of heat pipe air preheater , compare with data which were measured in guiyang power station , verify simulation to be reasonable and right . secondly , simulate all kinds of factors which affect flow field ' s uniformity such as length , thickness , location of diffluent board , ash concentration , ash diameter , and so on , find the chiefly factors . thirdly , install guide board in curve channel in rear smoke channel , then simulate its " flow field , plot velocity magnitude and ash concentration distribution
  在此基础上模拟在冬夏两季不同情况下，不同流速对热管空气预热器壁面温度的影响；然后对影响整个流场分布的各种因素：包括分流板长度、厚度、偏离中心流道位置的偏离度、飞灰浓度、飞灰粒径等因素进行数值模拟；最后提出在分流烟道转弯处加装导流板，并模拟加装导流板后的流场分布，得到下级空气预热器出口、热管空气预热器进口处的断面速度场分布、浓度场分布，以论证加装导流板能达到流场均匀化的作用。
• If the cold plate temperature is higher than a certain critical value , for instance , - 12 c under our observed experimental conditions , the higher the air relative humidity is , the bigger the water droplets concreting on the cold plate , and the later the water droplets froze . however , if the cold plate temperature is lower than a certain critical value , the influence of air relative humidity on the frozen time of water droplets was not observed . if the cold plate temperature is higher than a certain critical value , for example , - 20 c under our observed experimental conditions , frost deposition is through condensation , or condensation frosting
  结果表明,冷壁面温度越低,水珠冻结时间越短,且冻结的冰珠越小;当冷壁面温度高于某一临界值,譬如,在我们给定的实验条件下, - 12 c时,空气相对湿度越大,冷壁面上凝结的水珠越大,水珠冻结越晚,但当冷壁面温度较低时,几乎观察不到空气相对湿度对水珠冻结时间的影响;冷壁面温度高于某一临界值,譬如,在我们给定的实验条件下, - 20 c时,发生凝结成霜,冷面温度低于这一临界值时,发生凝华成霜;随着实验工况的不同,观察到的霜晶呈现八种不同的形态。

• 壁面温度とは意味wall temperature