The technician plotted the thermal conductivity versus mean temperature.
技术人员勾绘出导热率对应平均温度的曲线。
The conductivity of this material increases as the temperature increases.
该材料的导电率随温度的上升而增加。
The effect of temperature on conductivity of metals is small.
温度对金属导电率的影响是很小的。
The influences of oil flow velocity, conductivity and temperature of oil on streaming electrification were taken into consideration in the models.
计算模型中考虑了油流速度、油的电导率和油温等因素对油流带电的影响，克服了以往模型中存在着难以确定的变量的缺点。
With a strong plasticity, low thermal conductivity, resistance to high temperature, etc.
具有强大的可塑性，导热系数低，能够耐高温等特点。
Composite silicate insulation material plasticity, low thermal conductivity, high temperature resistant, low pulp drying shrinkage rate, etc.
复合硅酸盐保温材料可塑性强、导热系数低、耐高温、浆料干燥收缩率小等特点。
This is the governing equation, where the thermal conductivity is a function of temperature.
这就是基本方程，其中导热系数为温度的函数。
The correlation of electric conductivity of carbon fibers and carbonization temperature was analyzed. Macroscopic display of CF electric conductivity was explained by microstructure.
分析了炭纤维导电性能与炭化温度的关系，解释了炭纤维导电性的宏观表现与微观结构之间的联系。
And the conductivity of film also enhanced with the temperature elevated.
随着温度的提高，薄膜的电导率也增高。
AC impedance spectroscopy technique was applied to study the conductivity and its temperature dependance.
以交流阻抗谱技术测定了电导率及其与温度的关系。
The effects of concentrations of aniline, oxidizing agent, doping agent, and the reaction temperature and period on the conductivity of the composite fiber were discussed.
讨论了氧化剂与苯胺的初始摩尔比、苯胺单体浓度、掺杂酸浓度、反应温度及反应时间对纤维导电性能的影响。
Improved applicable temperature and high conductivity of the composite membrane indicate its promising application in DMFC operating at high temperature.
使用温度的提高及在高温下的高电导率表明该复合膜适合在高温DMFC中使用。
With the increase of the temperature, the electron conductivity and hole conductivity decreased.
随着实验温度的增加，乳剂晶体的电子电导率和空穴电导率都下降。
We have done experiment to measure the thermal conductivity of insulation material KT-TC, and found out the relation between thermal conductivity and temperature.
通过实验的方法测定耐火保温材料的导热系数，测算出耐火保温材料的导热系数随温度的变化规律。
IR and conductivity dependance on temperature and composition have been measured.
红外和电导率随温度和成份的变化。
Using the Stage 1—Temperature and Conductivity Requirements table, find the temperature value that is not greater than the measured temperature, i. e. , the next lower temperature.
根据阶段1—温度与传导率要求表，找出小于所测温度的温度值，例如其次的较低温度，表中相应的传导率值为极限。
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。
The oxidant(TAP-H2O2), DBSA, reaction temperature and time on the yield and conductivity of the doped polyaniline was studied.
研究了TAP-H2O2及DBSA的用量、反应温度和时间对聚苯胺的导电率及产率的影响。
Raising the ageing temperature will increase the conductivity, and for the hardness of the alloy there is an optimum value of this temperature.
时效温度增加，合金的导电率提高，但对合金硬度的影响有个最佳值。
Determine the temperature of the water and the conductivity of the water using a nontemperature-compensated conductivity reading.
使用非补偿性温度传导率读数测量水的温度与电导率。
Temperature and electrical conductivity are good tracers.
温度、电导率是良好的示踪剂。
According to the uniformity principle of temperature gradient, the high conductivity material constructs are optimized by bionic optimization method.
以温度梯度均匀化为准则，利用仿生优化方法得到了域内有均匀和非均匀热源时高导热材料的最优布置。
In this paper the nonlinear stable temperature field problem, in which the conductivity is a linear function of temperature, has been solved by using the perturbation technique.
本文用摄动方法求解热传导系数是温度的线性函数的非线定常温度场问题。
The temperature and humidity can influence the electrical conductivity of the electrolyte to some extent.
放电温度和湿度会影响电解液的电导率，但变化幅度并不是很大。
It requires that the refractory material has good function of high temperature as well as good conductivity.
它要求耐火材料自身除具有良好的高温功能外，还要具有良好的导电功能。
According to the research of temperature and electrical conductivity which have been detected, study mobile discipline of karst water and the distributing character of karst medium.
根据研究已完测的不同深度部位温度和电导率的分析，研究了岩溶水的运动规律和岩溶介质的分布特征。
The well combination between Cu with preeminent conductivity and W with high-temperature strength and arc-resistance will yield a serial of preeminent properties.
高导电导热性铜与高温强度、强抗电弧烧蚀钨的良好结合使钨铜复合材料具有一系列优异性能。
Thermal conductivity increases with the decrease of temperature.
随着温度的下降导热系数反而增大。
Thermal conductivity increases with the decrease of temperature.
随着温度的下降导热系数反而增大。
应用推荐