1.
Methods for Determining the Thermal Conductivity of Underground Soil and Results Analysis;
地下土壤导热系数计算方法及结果分析
2.
Influence Factors Analysis on In situ Test of Ground Thermal Conductivity
现场测定土壤导热系数的影响因素分析
3.
Such soil can improve conductivity over threefold.
这种土壤可使导热率提高到3倍（高2倍）上。
4.
Fractal model for efficient thermal conductivity of soil sample
土壤样品有效导热系数的分形计算模型
5.
The warm oil will produce thawing of ice rich soil adjacent to the pipeline when it crosses through permafrost zone, resulting in thaw settlement of the pipeline and variation of soil properties.
埋地热油管道通过永冻地带时，会导致土壤解冻，进而导致管道沉陷和土壤物性参数变化。
6.
Theoretical and Experimental Study on Heat and Moisture Transfer in Soil and Ground-Source Heat Pump;
土壤热湿传递与土壤源热泵的理论与实验研究
7.
Seasonal Soil Thermal Storage by Solar-ground Source Heat Pump in Severe Cold Area
严寒地区太阳能土壤源热泵季节性土壤蓄热
8.
STUDY ON HEAT EXCHANGE PERFORMANCE OF GROUND HEAT EXCHANGERS IN THE WATER-RICH SOIL AREAS
富水土壤地区土壤换热器换热性能的实验研究
9.
soil - determination of the specific electrical conductivity
土壤-电导性比率的测定
10.
THE STUDY OF SOIL TEMPERATURE CHANGE RULE AROUND BURIED PIPES IN GROUND-COUPLED SOURCE HEAT PUMP
土壤源热泵地埋管周围土壤温度变化规律研究
11.
Study on Heat Transfer Characteristics of Embedded Tubes for Ground Coupled Heat Pumps;
土壤耦合热泵地下埋管传热特性分析
12.
Study on the Solar Heating Storage by PCM Assisted Ground Source Heat Pump System;
太阳能相变蓄热辅助土壤源热泵研究
13.
ANALYSIS ON THE GROUND HEAT BALANCE OF GROUND COUPLED HEAT PUMP SYSTEM
土壤源热泵系统地下热平衡问题分析
14.
Simulation Analysis on Phase Change Heat Transfer of Ground-source Heat Pump System in Cold Region
寒区土壤源热泵相变传热的仿真分析
15.
Tropical Soil Biology and Fertility
热带土壤生物学和肥力网(土肥网)
16.
Application of Pedo-transfer Functions in Calculating Saturated Soil Hydraulic Conductivity of Fengqiu County
土壤传递函数在计算土壤饱和导水率中的应用
17.
Heat Transfer Analysis of Vertical U-tube Heat Exchanger for Ground Source Heat Pump System;
土壤热泵垂直U型埋管换热器传热分析
18.
The Research on Heat Transfer of the Vertical Concentric Tube Heat Exchanger in Ground Sourse Heat Pump System;
土壤源热泵套管式垂直埋地换热器的传热研究