temperature conductivity

The results indicate that the electrical conductivities of NiFe 2O 4 based cermets mainly depend on temperature, conductivity of ceramic matrix, composition and dispersity of the metal phase among ceramic matrix.

实验结果表明：NiFe2O4基金属陶瓷的电导率主要受温度、陶瓷基体电导率、金属成分及金属相在陶瓷相中分散度的影响；

Study on the Room Temperature Conductivity of PEO-montmorillonite Composite Polymer Electrolyte

聚氧化乙烯-蒙脱土复合聚合物电解质室温电导率的研究

Study on high temperature electronic conductivity of zirconia

氧化锆固体电解质高温电子电导的研究

The study on the relationship between temperature and conductivity property of P type diamond films were reported.

研究了温度对P型金刚石薄膜电导性能的影响。

High Temperature Conductivity and Defect Chemistry of TiO_2

TiO2高温电导及缺陷化学分析

Effect of chilling temperature on conductivity, k~+ ion content in water extract and electrical resistance of tropical shade tree leaves

零上低温对热带绿化树木叶片电阻、水浸液电导率和K~+离子含量的影响

Experimental Investigation on the Low Temperature Thermal Conductivity of Aluminum Nitride Ceramic

氮化铝陶瓷低温热导率的实验研究

Development of Testing Device for Low Temperature Thermal Conductivity of Cylinder Shaped Cold Insulation Materials and Structure

管状保冷材料及其结构低温导热系数测试装置研制

The thermal conductivity of heat insulation materials, containing vacuum rubber board, asbestos board and quartz glass etc. was tested at different average temperature with RDL 1 automatic measuring apparatus made by ourselves.

用自行设计的RDL-1型物质热导率自动检测仪测试了真空橡胶板、石棉板等材料在不同温度下的热导率；

The electrical properties of the films were characterized by their room temperature electrical conductivity and the activation energy.

利用薄膜的暗电导和激活能对硅薄膜的电学特性进行了表征。

Ag_2O doping reduces the static thermal corrosion rate in cryolite melt and enhances the high temperature conductivity.

Ag2O的加入在不提高试样在冰晶石熔盐中的静态热腐蚀速率的前提下，提高了试样的高温电导率。

The results show that SDC and carbonates have formed a composite, and its conductivity behavior has two typical features: conductivity transition temperature and conductivity enhancement effect.

结果表明，SDC与碳酸盐形成了两相复合体系，而且其导电行为具有两个显著特征：电导跃迁温度和电导率增强效应。

Research on mathematical models of liquidus temperature and conductivity of electrolyte in aluminium electrolysis

铝电解质初晶温度和电导率数学模型的研究

The measurement of low temperature thermal conductivity by longitudinal heat flow steadystate method

用纵向热流稳态法测量金属材料的低温导热系数颗粒状保温材料低温导热系数和导温系数的测定

Aluminate has been used widely as host material of laser and luminescent material because it it has a good temperature conductivity, mechanical strength and chemical character which can dope different rare elements easily.

铝酸盐由于具有优良的导热性、机械强度以及良好的化学性质，易于掺入不同的稀土离子而获得不同颜色的光，因而被广泛地用作激光和发光的基质材料。

The results indicate that the highest room temperature conductivity of these polymer electrolytes is 2.81 × 10~ (-3) S/ cm.

结果表明：以P（VdF-HFP）为基质的电解质室温电导率最高达到2.81×10~（-3）S/cm。

On the High Temperature Conductivity of Doner-Doped ( MgCoNi) O System Materials

施主掺杂的（MgCoNi）O系材料的高温电导研究

The room temperature conductivity of the composites is 1-2 orders of magnitude larger than that of pure AgI, and the αβ phase transition of AgI suffers a lag of about 13 ℃.

复合体系的室温电导率比纯AgI提高约1～2个数量级，同时AgI的αβ相变点滞后约13℃。

By calculating the alternating current conductivity, the relationship among the electric field 、 temperature and conductivity is analyzed, and the effect of disordered degree on the alternating current conductance is discussed.

通过计算具有20000&65000个格点的无序体系的交流电导率，分析了交流电导率与温度及外场频率的关系，讨论了无序度对交流电导的影响。

The relationship between the molar conductivity and temperature submits to Arrhenius Equation.

摩尔电导率和温度的关系遵从Arrhenius方程。

But their uses are limited by their low room temperature conductivity.

但由于室温电导率低，应用受到限制。

As a result of easy synthesis, high room temperature conductivity, and polymer matrix material is rich, lower-cost of alkaline polymer gel electrolyte, it has entered into the vision of the research workers.

碱性聚合物凝胶电解质具有易合成、室温电导率高、聚合物基体材料丰富、成本较低等优点而进入研究工作者的视野。

Meanwhile, the principle of least squares method is used to fit the curve about conductivity of lye, temperature and conductivity. Thus, the output function relational expression of the electromagnetic concentration analyzer was obtained with temperature compensation under the different density.

通过实验方法测量不同浓度在不同温度下的电导率数据，利用最小二乘原理拟合浓度-温度-电导率曲线，从而得到具有温度补偿的不同浓度下电磁浓度变送器的输出函数关系表达式。

Study temperature, electrical conductivity tracing theory.

研究了温度、电导率示踪理论。

In zero field, the low temperature thermal conductivity shows a purely phononic transport behavior.

零场条件下，低温热导率表现出单纯的声子导热行为。

Results of P-wave velocity ( vP) and electrical conductivity measurements on anorthosite are presented from room temperature to 880C at 1.0 GPa using ultrasonic transmission technique and impedance spectra technique respectively.

在1.0Pa、室温到880℃分别采用超声波透射法和阻抗谱法测量了斜长岩的纵波速度和电导率，并对实验产物进行了鉴定分析。

YRD high temperature and high pressure program control rock thermal conductivity meter

两种典型升压程序的金刚石成核特性YRD型高温高压程控岩石热导仪

On the Synthesis and Properties of Lithium Perfluoroalkyl Sulfonyl Imides-Polyphosphazene Solid Polymer Electrolytes; Study on high temperature electronic conductivity of zirconia

含氟氮超酸锂盐-聚磷腈高分子固体电解质的制备与性能研究氧化锆固体电解质高温电子电导的研究

Effect of expanding graphite content and temperature on thermal conductivity of compound mold flux

可膨胀石墨含量和温度对复合保护渣导热系数的影响

Determination of conductivity in low temperature is very important on organ cryopreservation.

低温下导热系数测定对生物器官的低温保存很重要.