热质,thermal mass
1)thermal mass热质
1.The Thermal Performance of Passive Solar House with Thermal Mass;热质作用下被动式太阳能建筑热性能的研究
2.Base on the conceptions ofthermal mass and thethermal mass potential,the heat flux law for steady state heat conduction has been reexamined.基于热质与热质势的概念,研究了稳态条件下的导热规律。
3.Based on the concepts ofthermal mass and thermon gas the conservation equations of thermon gas including mass, momentum and energy conservation equation were derived in this paper.本文在热质和热子气概念的基础上建立了热子气的质量、动量、能量守恒方程。
英文短句/例句
1.Investigation of Thermal Transport Process Coupled Thermal Mass and Solar Air Collector;太阳能空气集热模块结合热质的热过程分析
2.The condition or quality of being fervent.炽热，热情热情、热烈的状态或性质
3.Investigation on thermodynamic properties of hightemperature heat transfer agent(Dowtherm)高温载热体—导热姆热力学性质的研究
4.Calorimetry and Thermal Analysis Studies on Thermodynamic Properties of Drugs;药物热力学性质的量热学与热分析研究
5.Experimental Research on the Performance of Heat and Mass Transfer in a Membrane-Based Enthalpy Heat Exchanger;膜式全热换热器传热传质性能的实验研究
6.The Design and Study of Biomass Pyrolysis Carrier Heating Device;生物质热裂解热载体加热装置的设计与研究
7.A substance that produces fever.发热原使发热的一种物质
8.Thermoplastic and thermosetting substances are called plastics.热塑塑料和热固的物质称为塑料。
9.Press Drying Technology and Properties of Heat Transmission and Mass Transfer of Bamboo Timber of Dendrocalamus Giganteus;龙竹竹材的热压干燥及传热传质特性
10.Differential Scanning Calorimetric Study of Thermal Characteristics of Lac Wax差示量热扫描法分析紫胶蜡的热性质
11.Characteristics of Geothermal Geology in the Northwestern Part of the Urban Beijing Geothermal Field北京城区地热田西北部地热地质特征
12.pyrolysis gas chromatography-mass spectroscopy热解气相色谱-质谱
13.(of a substance)allow(heat,electric current,etc)to pass along or through it（指物质）传导（热、电流等）
14.hard borosilicate glass硬质硼硅玻璃，耐热玻璃
15.Lightweight, warms, good insulator质轻、暖和、隔热性好
16.Milk does not keep long in hot weather牛奶在热天容易变质。
17.temperature standard material for DTA差热分析温度标准物质
18.electric heating resistor (other than of carbon)电热电阻（炭质除外）
相关短句/例句
heat and mass热质
1.Establishment of equivalent coupled diffusion model for the transfer ofheat and mass in the building walls;建筑墙体热质传递等效耦合扩散模型建立
3)thermosolutal convection热质对流
1.Thethermosolutal convection during directional solidification of multi-element compound crystals alloy in vertical Bridgman configuration arises from the interaction between temperature and solute gradients in the bulk melt.在垂直Bridgman晶体生长装置中,熔体的热质对流是由于温度梯度和浓度梯度间的相互作用引起的,而温度梯度和浓度梯度由晶体热物性和生长炉结构所决定。
2.Thethermosolutal convection during the growth of binary alloys in the ideal vertical Bridgman configuration,the prototype furnace,is numerically studied with pseudo-steady-state model.以GeSi半导体合金为例,采用准稳态模型数值研究了理想垂直Bridgman装置-原型炉中二元合金单晶生长过程的热质对流现象,分析了热瑞利数、生长炉绝热区长度对热质对流、熔体径向溶质分凝的影响规律。
3.Thethermosolutal convection during the directional solidification of binary alloy GeSi in vertical Bridgman configuration is numerically studied by using pseudo-steady-state model.以GeSi半导体合金为例,采用准稳态模型数值研究了垂直Bridgman三段热管炉中二元合金单晶生长过程中的热质对流现象。
4)heat and mass transfer传热传质
1.Analysis of Heat and Mass Transfer Behavior of the PTA Oxidation Reaction Condensers;PTA氧化反应冷凝器传热传质行为分析
2.Theoretical model for calculation of the characteristics ofheat and mass transfer for the slurry droplets;雾滴传热传质特性的理论计算模型
3.Analysis ofheat and mass transfer on cornea in vacuum freeze-drying experiment;角膜真空冷冻干燥实验的传热传质分析
5)thermal property热性质
1.The paper studied the changes of thethermal property before and after the swelling of Zhangji coal.并讨论了煤的预处理、煤中水分和溶剂供电子数目对溶胀的影响 ,考察了张集煤溶胀前后热性质的变化 ,指出研究淮南煤的溶胀性质和结构对淮南的煤化工和实现煤的高效洁净转化有着重要的意
6)heating medium加热介质
延伸阅读
热质说历史上关于热的本质的一种错误理论。这个学说认为热是一种自相排斥的、无重量的流质,称作热质或热素。它不生不灭，可透入一切物体之中。一个物体是"热"还是"冷"，由它所含热质的多少决定。较热的物体含有较多的热质，冷热不同的两个物体接触时，热质便从较热的物体排入较冷的物体，直到两者的温度相同时为止。一个物体所减少的热质，恰好等于另一物体所增加的热质。17，D.G.华伦海特改良了温度计并定出了华氏温标以后，热学才正式走上了实验科学的道路。J.布莱克澄清了热和温度这两个混淆了的概念，他将热称为热的份量，温度称为热的强度。他认为：热质与冰结合而成为水，热质再与水结合而成为汽。热质说就作为早期解释热学实验的简单学说而为一些科学家所用。热质说在启发和解释量热学的实验方面曾起过积极的作用，它能成功地说明混合量热法的规律，即两个温度不相等的物体混合以后达到相同温度时，如果没有向周围散失热量，其中一个物体所失去的热量恰好等于另一物体所得到的热量。1798年，朗福德了解到钻炮膛生热而进行了摩擦产生热的实验，从而证明了所产生的热量同所作的功成正比，排斥了热质说。但是热质说仍继续存在约半个世纪。后来S.卡诺在用卡诺循环导出卡诺定理时，结论正确，但还是凭借热质说。直到能量转换和守恒定律建立以后，确认热是物质运动的一种形式，热质说才被彻底否定（见热的本质、热力学第一定律）。
