热湿迁移,heat and moisture transfer
1)heat and moisture transfer热湿迁移
1.Study on Heat and Moisture Transfer in Soil Around the Underground Heat Exchanger and the Earth Energy Performance;埋地换热器土壤内热湿迁移与地表能源特性研究
2.Luikov s theory ofheat and moisture transfer and in the light of the climatic characteristics of the severely cold regions, the temperature and moisture distributions in building walls are analyzed, and its dynamic thermal insulstion behavior is predicted.Ｌｕｉｋｏｖ热湿迁移理论为基础，根据严寒地区的气候特点，分析研究了建筑墙体的温湿度分布，并对其隔热性能的动态特性作了预测，利用建筑足尺构件热工实验台进行了实测研究，计算结果与实测结果比较一致。
3.A preliminary theoretical model ofheat and moisture transfer during high-temperature thermal storage in soils was presented and calculated numerically.初步建立了土壤高温储热热湿迁移过程的数学模型,并进行了数值求解。
英文短句/例句
1.PRELIMINARY STUDY OF HEAT AND MOISTURE TRANSFER DURING HIGH-TEMPERATURE THERMAL STORAGE OF SOILS土壤高温储热热湿迁移过程的初步研究
2.Simulation on Heat and Moisture Transfer in Soil and Experimental Investigation on Underground Heat Exchanger;含热源土壤热湿迁移模拟与埋地换热器实验研究
3.Study on Heat and Moisture Transfer in Soil Around the Underground Heat Exchanger and the Earth Energy Performance;埋地换热器土壤内热湿迁移与地表能源特性研究
4.Simulation of Plant Root and Influence of Plant Root on Heat and Moisture Migration for REPS System;REPS系统植物根系仿真及其对土壤热湿迁移的影响
5.Research on Coupled Heat and Moisture Transfer Characteristics of External Walls in Hot and Humid Climate湿热气候建筑外墙热湿耦合迁移特性研究
6.Study on Characteristics of Coupled Heat and Moisture Migration in Multilayer Porous Structures;多层多孔结构内热湿耦合迁移特性研究
7.Coupled Heat and Moisture Transfer in Multi-wall Under Periodic Boundary Conditions周期性边界条件下多层墙体内热湿耦合迁移
8.Transfer Characteristic of the Wet-bulb Temperature and Optimization for the Plate Wet Air Cooler;板式湿式空冷器湿球温度迁移特性与优化研究
9.Analysis on the Transfer of Nitrogen,Sulfur and Arsenic in the Process of Wet-feed Entrained Flow Pressure Coal Gasification湿法气流床煤气化过程中N、S、As元素的迁移分析
10.Removal and transfer process of phosphorus between substrate and overlying water in riparian wetlands磷素在湖滨湿地基质-上覆水界面中的迁移过程
11.An Anisotropic Quadrilateral Element Approximation to Sobolev-Galpern Type Moisture Transferring EquationSobolev-Galpern型湿气迁移方程各向异性四边形元逼近
12.Effect of Flotation on the Transformation of Nitrogen and Sulfur during Coal Pyrolysis浮选对煤热解过程中氮、硫迁移的影响
13.humid heat, atmosphere湿热、 潮湿的空气.
14.Study on Concentration, Source and Transportation of PAHs in Typical Coastal Mangrove Swamps;典型红树林湿地中多环芳烃的含量、来源和迁移研究
15.The Phosphorus Transfer and Refining of the Yangtze Coastal Wetland;长江口滨海湿地磷的迁移转化及净化功能的研究
16.Transfer Processes of Phosphorus and Their Mechanisms under the Exposure-immersion Pattern in the Yangtze Estuarine and Tidal Flats;长江口潮滩“干湿交替”模式下磷的迁移过程与机制
17.Effert of Moist Keeping Drugs for External Use on Differentiation and Migration of Epidermal Stem Cells in Rat Deep 2~(nd) Degree Burn Injury Skin;湿性外用药物对大鼠深Ⅱ°烧伤创面表皮干细胞分化及迁移的影响
18.Mechanism of Iron Plaque Effect on Phosphorus and Lead Transformation and Its Bioavailability湿地植物根表铁膜对磷、铅迁移转化及植物有效性影响的机理探讨
相关短句/例句
heat and moisture migration热湿迁移
1.Influence of plant roots onheat and moisture migration in vegetation soil bed;植物根系占位对土壤热湿迁移的影响
3)Heat and mass transport properties热湿迁移特性
4)the porous medium coupled heat and water transport model多孔介质热湿迁移模型
5)heat and water transfer model in porosi-ty material多孔介质热湿迁移
6)moisture migration湿分迁移
1.Numerical simulations ofmoisture migration within packings of waste-gas biofilter;废气生物过滤填料层湿分迁移的数值模拟
2.Particularly, themoisture migration would be a highly coupled heat and mass transfer under transient conditions.城市生活垃圾水分含量高,其湿分迁移特性对整个垃圾焚烧过程有重要影响,基于垃圾是一种具有含湿多孔介质特性的燃料,因此垃圾的热、质传递是研究干燥过程的热点问题之一。
延伸阅读
热液增湿分子式：CAS号：性质：将湿气体与加热至平衡操作温度以上的液体（与气体中的湿气同种）直接进行接触而液体温度下降，湿度增加。气体温度下降或上升。
