1.
Estimate Surface Heat and Water Fluxes by Assimilating MODIS LST Products;
同化MODIS温度产品估算地表水热通量
2.
The Characteristics of Heat and Water Vapor Fluxes over Different Surfaces in the Heihe River Basin
黑河流域不同下垫面水热通量特征分析
3.
Estimation and Analysis of Land Surface Water and Heat Fluxes in Mountain-plain Area Based on Remote Sensing and DEM;
基于遥感和DEM的山区—平原地表水热通量估算及对比分析研究
4.
Study of Parameterization Scheme on Regional Average Water and Thermal Flux over Heterogeneous Land-Surface;
复杂地形及非均匀地表水热通量参数化问题的研究
5.
2. The effects of eddy flux and Cu horizontal mixing of heat are of minor importance;
2.热量的湍流涡旋通量及积云的热量水平输送作用都比较小。
6.
Study on Air-sea Heat Fluxes and Its Application in Heat Diffusion from Cooling Water;
海—气热通量及其在温排水数模中的应用研究
7.
Research of Soil Thermal Diffusivity and Liquid Water Flux Density at linfen City
临汾市土壤热扩散率和液态水通量密度研究
8.
Permeability of low-heat cement pavement concrete using water permeability pressure test and rapid chloride penetrability test
水压法与电通量法评价低热水泥道路混凝土渗透性
9.
water equivalent
(量热器的)水当量(值)
10.
Measure the space where the existing electric water heater now sits( including necessary plumbing, venting and gas connections) and note its existing tank size.
测量现有的电热水器所占有的空间（括必要的管道，通风和燃气连接）注意现有的热水器容积大小。
11.
The application of software Excel to hydration heat experiment of concrete is described through a number of diagrams.
通过大量图表详尽地介绍了用Excel软件在水化热试验中的应用。
12.
Measuring and Modeling Seasonal Variations of Carbon Dioxide and Water Vapor Exchange of a Subtropical Man-planted Forest;
中亚热带人工针叶林生态系统碳水通量的观测和模拟研究
13.
Influence of soil moisture-temperature conditions on surface CO_2 efflux in desert steppe of the Qilian Mountains,the Northwest of China;
土壤水热条件对祁连山荒漠草原土壤CO_2通量的影响
14.
Seasonal variation in water,heat and CO_2 fluxes and its driving forces over a saline desert
盐生荒漠地表水热与二氧化碳通量的季节变化及驱动因素
15.
open-flued gas water heater
普通烟道式气体热水炉
16.
Application of the Thermo-TDR Technique for Determining Water Flux Density and It's Relationship with Thermal Dispersion and Solute Dispersion in Saturated Soils;
利用热脉冲-TDR技术确定饱和土壤中水流通量及其与热弥散和溶质弥散的关系
17.
While being turned into water, ice takes in heat.
冰化成水时要吸收热量。
18.
Once the water is heated, it is kept hot with material called insulation.
水加热后就会通过绝热材料来保温，