铜的导电性能好。
之所以使用铜是因为它导电性能良好。
用于电刷、电极上以改善导电性能。
不同的金属有不同的导电性能。
金属都具有同样好的导电性能。
焊后焊点光亮，导电性能优良。
Brightness and excellent electric conductivity welding spot after welding.
铜线的导电性能很好。
对乙炔炭黑填充硅橡胶的导电性能进行研究。
The electrically conductive properties of silicone rubber filled with acetylene black were studied.
反应原材料成分及烧结温度越高则导电性能越好。
Higher the content of reactants and the sintering temperature are, better the electrical property is.
采用交流阻抗谱分析研究了样品的氧离子导电性能。
The oxygen ionic conducting properties of the ceramic specimens were examined by impedance spectroscopy analysis.
同时，它只需要喷一层薄薄的便会有很好的导电性能。
Meanwhile, only one thin layer of the coating can ensure good conductivity.
这个万全之策就是利用石墨烯的导电性能，在混合过程中联通电流。
Their solution was to take advantage of graphene’s electrical conductivity, by running a current through the mixture.
构成晶体管的硅常常要和其他原子掺杂以改变其导电性能。
The silicon of which transistors are made is frequently doped with other elements, to affect its electrical properties.
还可以延展成比头发丝还细的电线，却同时具有极好的导电性能。
Gold can be stretched into wires thinner than a human hair, yet those wires still conduct electricity beautifully.
它问世不到十年，研究者就发现石墨烯有极其良好的导热和导电性能。
Since its discovery less than a decade ago, researchers have learned that graphene conducts heat and electricity extremely well.
聚苯胺的聚合掺杂条件对其颗粒结构及其导电性能有着很大的影响。
Conditions of polymerization and doping have great influence upon the grain shape and electrical performance of doped polyaniline (PA).
如果出现了过多错误种类的原子，事情也一样糟糕，会影响到晶体管的导电性能。
Too many atoms of the wrong sort, though, can be equally bad, interfering with a transistor's conductivity.
银镀层变色不仅影响镀层的外观，更重要的是影响镀层的导电性能。
Silver plating color variation affects not only its outlook but also its electricity conductibility.
当纸张含水量较高时，导电性能增加，这种状况下纸张较容易出现带静电。
When the paper moisture content is higher, the conductive performance is increased, and the paper is more prone to static electricity.
根据导电性能的不同，所有的材料可分为三大类：导体、半导体和绝缘休。
According to their ability to conduct electric current, all materials may he classified into three main types: conductors, semiconductors and insulators.
研究了不同增强颗粒、制备工艺的不同环节对铜基复合材料导电性能的影响。
The influences of different particles and different link of fabricating technology on electrical conductivity of copper - matrix composites were studied.
环境因素对导电性能的削弱作用，源于相应过程中导电涂层的微观结构损伤。
The negative effect of environmental factors on conductivity is attributed to the micro-damages occurred within the microstructures of the coatings.
讨论了导电填料的填充量、形状、粒度和填充型导电涂料导电性能的关系；
Relationship between the nature of conductive filler (charging quantity, shapes and particle size) and the conductive performance of filled conductive paint is discussed.
研究表明，玻璃纤维化学镀铜后，可提高导电性能，并用作制备电磁屏蔽材料。
Results showed that the conductive performance of glass fiber with copper plating increased greatly so that the material could use as electromagnetic shield.
叙述了聚硅烷的特点，聚硅烷的导电机理以及提高聚硅烷导电性能的主要途径。
The characteristics and conductive mechanism of polysilane, the ways to improve the conductive performance of polysilane were discussed.
碳纳米管在强度和导热、导电性能方面具有优异性能，它们的强度是钢材的100倍。
The appeal lies in their strength (they are up to 100 times stronger than steel) and their ability to conduct both heat and electricity.
研究了导电机理、镀银镍粉的加入量对有机硅密封剂的导电性能和电磁屏蔽性能的影响。
The conductive organism, the influence between the quantity of the silver-coated nickel powder and the conductive capability of sealant and electromagnetism shield performance were discussed.
粘贴力强、导电性能良好，能轻易的缠绕贴合在线材上，可根据客户要求裁切成各种规格。
Pasting ability, good conductivity and can easily fit in the wire winding, it can be cut according to customer requirements into specifications.
通过实验研究了聚合物分子结构，银粉的含量、形貌、粒径，溶剂种类对导电性能的影响。
Effects of the polymer molecular structure, the silver powder content, morphologies, particle size and solvent kinds on conductivity were studies.
研究表明，导电纤维可以在低添加量下获得高导电性能，是一种具有广泛应用前景的导电塑料。
The research indicated that the conductive plastics filled with conductive fiber had the wide prospect because of low conductive filler content while high conductivity.
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