1)thermal mass熱質
1.The Thermal Performance of Passive Solar House with Thermal Mass;熱質作用下被動式太陽能建筑熱性能的研究
2.Base on the conceptions of thermal mass and the thermal mass potential,the heat flux law for steady state heat conduction has been reexamined.基于熱質與熱質勢的概念,研究了穩態條件下的導熱規律。
3.Based on the concepts of thermal mass and thermon gas the conservation equations of thermon gas including mass, momentum and energy conservation equation were derived in this paper.本文在熱質和熱子氣概念的基礎上建立了熱子氣的質量、動量、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;太陽能空氣集熱模塊結合熱質的熱過程分析
2.The condition or quality of being fervent.熾熱，熱情熱情、熱烈的狀態或性質
3.Investigation on thermodynamic properties of hightemperature heat transfer agent(Dowtherm)高溫載熱體—導熱姆熱力學性質的研究
4.Calorimetry and Thermal Analysis Studies on Thermodynamic Properties of Drugs;藥物熱力學性質的量熱學與熱分析研究
5.Experimental Research on the Performance of Heat and Mass Transfer in a Membrane-Based Enthalpy Heat Exchanger;膜式全熱換熱器傳熱傳質性能的實驗研究
6.The Design and Study of Biomass Pyrolysis Carrier Heating Device;生物質熱裂解熱載體加熱裝置的設計與研究
7.A substance that produces fever.發熱原使發熱的一種物質
8.Thermoplastic and thermosetting substances are called plastics.熱塑塑料和熱固的物質稱為塑料。
9.Press Drying Technology and Properties of Heat Transmission and Mass Transfer of Bamboo Timber of Dendrocalamus Giganteus;龍竹竹材的熱壓干燥及傳熱傳質特性
10.Differential Scanning Calorimetric Study of Thermal Characteristics of Lac Wax差示量熱掃描法分析紫膠蠟的熱性質
11.Characteristics of Geothermal Geology in the Northwestern Part of the Urban Beijing Geothermal Field北京城區地熱田西北部地熱地質特征
12.pyrolysis gas chromatography-mass spectroscopy熱解氣相色譜-質譜
13.(of a substance)allow(heat,electric current,etc)to pass along or through it（指物質）傳導（熱、電流等）
14.hard borosilicate glass硬質硼硅玻璃，耐熱玻璃
15.Lightweight, warms, good insulator質輕、暖和、隔熱性好
16.Milk does not keep long in hot weather牛奶在熱天容易變質。
17.temperature standard material for DTA差熱分析溫度標準物質
18.electric heating resistor (other than of carbon)電熱電阻（炭質除外）
相關短句/例句
heat and mass熱質
1.Establishment of equivalent coupled diffusion model for the transfer of heat and mass in the building walls;建筑墻體熱質傳遞等效耦合擴散模型建立
3)thermosolutal convection熱質對流
1.The thermosolutal 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晶體生長裝置中,熔體的熱質對流是由于溫度梯度和濃度梯度間的相互作用引起的,而溫度梯度和濃度梯度由晶體熱物性和生長爐結構所決定。
2.The thermosolutal 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半導體合金為例,采用準穩態模型數值研究了理想垂直Bridgman裝置-原型爐中二元合金單晶生長過程的熱質對流現象,分析了熱瑞利數、生長爐絕熱區長度對熱質對流、熔體徑向溶質分凝的影響規律。
3.The thermosolutal convection during the directional solidification of binary alloy GeSi in vertical Bridgman configuration is numerically studied by using pseudo-steady-state model.以GeSi半導體合金為例,采用準穩態模型數值研究了垂直Bridgman三段熱管爐中二元合金單晶生長過程中的熱質對流現象。
4)heat and mass transfer傳熱傳質
1.Analysis of Heat and Mass Transfer Behavior of the PTA Oxidation Reaction Condensers;PTA氧化反應冷凝器傳熱傳質行為分析
2.Theoretical model for calculation of the characteristics of heat and mass transfer for the slurry droplets;霧滴傳熱傳質特性的理論計算模型
3.Analysis of heat and mass transfer on cornea in vacuum freeze-drying experiment;角膜真空冷凍干燥實驗的傳熱傳質分析
5)thermal property熱性質
1.The paper studied the changes of the thermal property before and after the swelling of Zhangji coal.并討論了煤的預處理、煤中水分和溶劑供電子數目對溶脹的影響 ,考察了張集煤溶脹前后熱性質的變化 ,指出研究淮南煤的溶脹性質和結構對淮南的煤化工和實現煤的高效潔凈轉化有著重要的意
6)heating medium加熱介質
延伸閱讀
熱質說 歷史上關于熱的本質的一種錯誤理論。這個學說認為熱是一種自相排斥的、無重量的流質,稱作熱質或熱素。它不生不滅，可透入一切物體之中。一個物體是"熱"還是"冷"，由它所含熱質的多少決定。較熱的物體含有較多的熱質，冷熱不同的兩個物體接觸時，熱質便從較熱的物體排入較冷的物體，直到兩者的溫度相同時為止。一個物體所減少的熱質，恰好等于另一物體所增加的熱質。 1714年，D.G.華倫海特改良了溫度計并定出了華氏溫標以后，熱學才正式走上了實驗科學的道路。J.布萊克澄清了熱和溫度這兩個混淆了的概念，他將熱稱為熱的份量，溫度稱為熱的強度。他認為：熱質與冰結合而成為水，熱質再與水結合而成為汽。熱質說就作為早期解釋熱學實驗的簡單學說而為一些科學家所用。熱質說在啟發和解釋量熱學的實驗方面曾起過積極的作用，它能成功地說明混合量熱法的規律，即兩個溫度不相等的物體混合以后達到相同溫度時，如果沒有向周圍散失熱量，其中一個物體所失去的熱量恰好等于另一物體所得到的熱量。1798年，朗福德了解到鉆炮膛生熱而進行了摩擦產生熱的實驗，從而證明了所產生的熱量同所作的功成正比，排斥了熱質說。但是熱質說仍繼續存在約半個世紀。后來S.卡諾在用卡諾循環導出卡諾定理時，結論正確，但還是憑借熱質說。直到能量轉換和守恒定律建立以后，確認熱是物質運動的一種形式，熱質說才被徹底否定（見熱的本質、熱力學第一定律）。
