thermal conductivity measurement

Study of Thermal Conductivity Measurement System and Temperature Field Simulation of Postharvest Fruits and Vegetables

采后果蔬热导率测试系统研究及其内部传热温度场模拟

In the paper, principle 、 technique and status quo of thermal conductivity measurement are recounted, various methods of solving heat conduction problem are summarized, study significance 、 study content and adopted technical course are indicated.

本文详述了导热系数测定原理、方法以及测定现状，综述了求解导热问题的各种方法，指出了课题研究意义、研究内容和拟采取的技术路线。

Influence of side radiating on thermal conductivity measurement

半导体辐射热测量器侧面散热对导热系数测量的影响研究

The fluid thermal conductivity measurement by the transient hot-wire technique

液体导热系数的瞬态双热线测量

Thermal Conductivity Measurement of Semitransparent Solids by Hot-wire Technique

热线法测量半透明固体材料的导热系数

Experimental Investigation on the Thermal Conductivity Measurement of Materials with Hot-strip Method

热带法测量材料导热系数的实验研究

Thermal conductivity measurement technology of microscale thin film

微尺度薄膜热导率测试技术

Forty-five samples taken from 53 wells in the Kuqa foreland basin, north Tarim Basin, were selected for thermal conductivity measurement in laboratory, and the original thermal conductivity and formation thermal conductivity column were obtained based on the correction of temperature and porosity.

采集45块岩心样品进行热导率测试，在分析库车前陆盆地的地热场的基础上，通过温度和孔隙度的校正，获得原地热导率和地层热导率柱。

A classical thermal conductivity measurement method, named periodic heating measuring technique, has been developed in this research.

本研究对一种经典的导热系数测试方法&周期热流法进行了研究和改进。

The effect of thermal couple on the thermal conductivity measurement by cross hot-wire method was theoretically analyzed, a practical correction formula for the temperature rise of wire was presented.

对交叉热线实验中测温热电偶尺寸对材料热导率测量精度的影响做出了理论分析，推导出一个实用的热线温升修正关系式。

Thermal Conductivity Measurement of Materials by Cross Hot-wire Method: the Effect of Thermal Couple on the Measure The hot-wire method has been conducted with an installation construc-ted by ourselves.

交叉热线测量固体材料的热导率：测温热电偶的影响自制了线热源法型壳导热系数测试装置，对几种制壳耐火材料及型壳导热系数进行了测试。

Comparative study on two cooling modes in the thermal conductivity measurement experiment of poor conductor

不良导体导热系数测量实验中两种冷却方式的对比研究

Anisotropic thermal conductivity measurement of KTP crystal using 3 ω method

用3ω法测量非线性KTP晶体各向异性导热系数

Besides, a series of experimental observations were conducted for fully understanding the pore scale water morphology, distribution and evolution in porous media and results revealed that there is some certain inherent relationship between the thermal conductivity measurement relative error and pore water morphologies.

利用实验测量堆积型多孔介质在不同含湿率时的导热系数，并深入观察和认识孔隙内水分形态、分布及加热时水分演化过程，揭示其与导热系数测量相对误差之间的内在联系。

Therefore experimental method is used to measure the thermal conductivity of nano-thin film measurement in this paper.

因此本文采用实验的方法对纳米薄膜的热导率进行测量。

Influence Factors Analysis of Thermal Conductivity Measurement with Hot Disk Technique

基于Hot Disk方法测量热导率的影响因素

Study on Quick Measurement of Thermal Conductivity of Solid Particles With Hot Wire Method

热线法快速测量微粒导热系数的研究

Application of Hot-Wire Method in Thermal Conductivity Measurement

热线法在导热系数测量中的应用

A transient method for thermal conductivity measurement

热导率的瞬态测量

Front-surface technique for thermal conductivity measurement of composites

测量复合材料热导率的前表面技术

Based on available borehole temperature logging and thermal conductivity measurement of core samples in the northeastern Sichuan Basin, we have estimated 12 terrestrial heat flow values.

利用四川东北地区现有的钻井测温数据及测定的岩石样品热导率数据，计算了12口钻井的大地热流值。

Analytical solution for temperature oscillation in the heater/ thermometer film in 3 ω method and its application to thermal conductivity measurement of micro/ nanometer-films

3ω法加热/测温膜中温度波解析及其在微/纳米薄膜导热系数测量中的应用

The study conclusions are of great theoretical and practical engineering significance for the preparation of electrode with excellent performance and high power density output. Subsequently, the effective thermal conductivity measurement experiment for SOFC porous electrode is designed.

此项研究结论对于制备出性能优良具有高输出功率密度的电极具有重要的理论及实际工程意义。

Based on theory of linear heat-source, the basic principle of distributed fiber optical technology for thermal conductivity measurement is described.

以线热源法为基础，阐述基于分布式光纤传感技术的岩土体导热系数测量方法的基本原理。