高电导率,high conductivity
1)high conductivity高电导率
1.The present status of Cu-based alloys with high strength and high conductivity is reviewed.对高强度、高电导率铜基合金的研究现状进行了综述。
英文短句/例句

1.Study on preparation of aluminosilicate minerals with high conductivity高电导率铝硅酸盐矿物材料的制备研究
2.Research of Key Technologies of High-performance Conductivity Sensor with 7 Electrodes高性能七电极电导率传感器技术研究
3.Experimental Study on the Electrical Conductivity of Mantle Minerals at High Temperatures and High Pressures地幔矿物电导率的高温高压实验研究
4.The Primary Research of Plasma Conductivity Generated in High-power Pulse Discharge;高功率脉冲放电等离子体电导率的初步研究
5.Effects of Nanoscale Conductive Additives on High Temperature and High Power Performance of Nickel Electrodes纳米导电剂对镍电极高温/高功率性能的影响
6.That is why it is said to have a greater conductivity.那就是为什么说它电导率较高的原因。
7."Intrinsic semiconductors have a high degree of chemical purity, But their conductivity is poor. Extrinsic semiconductors contain impurities that produce much greater conductivity."本质半导体的化学纯度很高,而电导率很低;杂质半导体含有杂质,造成更高的电导率。
8.A temperature rise of 100 c increases the conductivity of a semiconductor by 50 times .温度升高100℃,半导体的电导率就增加到五十倍。
9.If the electrical conductivity is high enough the field becomes "frozen" into the plasma.如果电导率足够高,磁场就“冻结”在等离子中。
10.Basal Research on Electromagnetic Characteristics of High-Temperature Superconductor Applied in Pulsed Power;高温超导脉冲功率应用电磁特性的基础研究
11.Breakdown Phenomena of Semiconductor Devices under the Impact of Hemp;高功率电磁脉冲辐射下半导体器件的击穿效应
12.Interaction between Multi-Walled Carbon Nanotubes and Bromime and Conducting Mechanism;溴对多壁碳纳米管导电率的提高及其机理研究
13.Study on Anti-UV Transparent Metal/Dielectric Composite Films with High Conductivity抗紫外、高导电率、透明金属/介质复合薄膜的研究
14.Develpoment of High-Power Waveguide Quadrature Hybrid Coupler(Coupling on Narrow Wall )with Arbitrary Distribution Ratio高功率任意分配比窄边波导裂缝电桥的研制
15.Design and Implementation of a New High Precision Semiconductor Resistivity Measure System高精度半导体硅片电阻率测量系统设计与实现
16.Copper is an important conductor, both because of its high conductivity and because of its abundance and low cost.铜是一种重要导体,因为它的导电率高,而且资源丰富,价格又低。
17.Optimum the Thickness of p-Waveguide Layer for High Conversion Efficiency Diode Lasers优化p型波导层厚度提高半导体激光器电光转换效率
18.Studies on the Techniques of Nonlinear Photoconductive Semiconductor Switches High Power Ultrashort Pulse Generators;非线性光电导开关高功率超短电脉冲产生技术的研究
相关短句/例句

High conductivity高导电率
1.<Abstrcat>The technology research of high conductivity Al-RE-B electrical pole are brief introduced.简要介绍了含RE、B的高导电率电工圆铝杆的试验研究。
2.In the present paper the main problem of developing highstrength and high conductivity materials was proposed.指明了发展高强度高导电率材料过程中存在的主要问题,通过对喷雾共沉积工艺过程的特殊性和高导电材料的强化机制两方面较为详尽的分析,指出采用喷雾共沉积工艺可望制备出高强度高导电率的材料。
3)high-conductivity electric conductive adhesive高导电率导电胶
1.Preparation of high-conductivity electric conductive adhesive for quartz crystal resonators;石英晶体谐振器用高导电率导电胶粘剂的研制
4)high temperature conductivity高温电导率
1.The static thermal corrosion rate in cryolite melt and the high temperature conductivity were measured.以Fe2O3、NiO和Ag2O为主要原料,采用固相烧结工艺制备了NiFe2O4/Ag复合材料,用X射线衍射和扫描电子显微镜对材料的组成和微观结构进行了研究,并测量了样品在冰晶石熔盐中的静态热腐蚀速率及其高温电导率。
5)high-temperature conductivity高温电导率
1.The reaction-sintering thermodynamic conditions in the synthesizing process of NiFe_2O_4 with NiO and Fe_2O_3 as main raw materials were investigated, and the bending strength and high-temperature conductivity of the synthesized spinel inert anode samples sintered secondarily on different conditions were measured.研究以NiO和Fe2O3为主要原料合成镍铁尖晶石反应烧结过程中的热力学条件·同时对在不同烧结条件下合成的尖晶石二次烧结制备的阳极试样的抗弯强度及高温电导率进行了测量·结果表明:NiO和Fe2O3固相反应的热力学条件具备,反应先于致密化过程结束·当未经压制成型的粉料直接在合成温度为900℃下合成6h,经破碎工艺及二次烧结后,所制得的惰性阳极试样强度及电导率最大,烧结性能最好·而破碎工艺对增加粉末活性,提高试样电导率及力学性能也十分重要
6)high-temperature electrical conductivity高温电导率
1.The high-temperature electrical conductivity,activated energy of electrical conductivity and thermal stability of Li_(1+x)V_3O_8 were measured.运用TG/DSC,XRD,SEM等手段进行了表征,测量了Li1+xV3O8的高温电导率,求出了电导活化能;并研究了Li1+xV3O8的热稳定性。
延伸阅读

体积电导率分子式:CAS号:性质:表征材料导电性的特征物理量,其值为体积电阻率的例数。体积电阻率(ρν)为试样体积电流方向的直流电场强度与该处电流密度之比,即式中U为外加电压,IV为体积电流,h为试样厚度,S为电极面积。体积电导率(σv)为: