2) conduction mechanism
导电机理
1.
The Conduction Mechanism of Nonmetal and the Method for the Measure of the Conductance;
非金属材料的导电机理与电导率的测量
2.
Application and progress of percolation theory in the process of study for conduction mechanism of conductive composites were introduced.
介绍了近年来渗流理论在导电复合材料机理研究中的应用和最新进展;系统分析了目前比较流行的几种渗流理论模型与实际研究体系的差异;提出了由于影响导电机理因素的多样性和复杂性,因而只有将各种理论模型有机结合,并通过对其进行进一步的修正、完善,才能对导电网络形成机制作出满意的解释。
3.
By means of SEM, X-ray analysis, thermogravimetric analysis and thermoanalysis, the conduction mechanism of the material is illustrated.
这一导电机理能成功地解释贱金属电子浆料的一些实验现
3) electric conduction mechanism
导电机理
1.
Water saturation explanatory model of argilla-ceous sandstone under the macroscopically electric conduction mechanism;
宏观导电机理下的泥质砂岩含水饱和度解释模型
2.
This paper reviews the fabrication processes of deformation processed Cu-based in-situ composites as well as microstructure evolution and combined properties, introduces the strengthening and electric conduction mechanisms of this materials.
综述了形变原位铜基复合材料的制备方法、组织演变及综合性能特点,介绍了该类材料的强化和导电机理。
4) conducting mechanism
导电机理
1.
This paper reviews researches on the functional conducting organic coatings in recent years, including their classification, effects on the conducting behaviour, mixture conducting mechanism and their application.
综述了功能导电涂料的分类、导电性能的影响因素、掺杂导电机理,及其涂料的用途。
2.
The conducting mechanism and preparation status of nano-sized antimony doped tin oxide (ATO) are introducted.
从二氧化锡的应用出发,总结了锑掺杂二氧化锡的导电机理和该材料湿相制备方法的研究现状。
3.
The conducting mechanism of antimony doped tin oxide (ATO) is sumed up.
归纳总结了锑掺杂二气化锡(ATO)的导电机理,晶格的氧缺位、5价Sb杂质在SnO_2禁带形成施主能级并向导带提供n-型载流于是ATO导电的两种主要机理。
5) conductivity mechanism
导电机理
1.
Properties and conductivity mechanism of ITO films prepared by r.f.magnetron sputtering;
射频磁控溅射沉积ITO薄膜性能及导电机理
2.
The research status and progress in conductivity mechanism,mathematical model,reactor structure and application of FBER are reviewed in this paper,and the key problems in its scale-up,design and modeling are analyzed,and some research topics in this respect are also recommended.
就流化床电化学反应器在导电机理、数学模型、结构放大以及应用领域的研究现状和进展进行了综述,阐明了该类反应器开发、设计和模型化方面存在的问题,并提出了研究方向。
3.
The conductivity mechanism of filling conductive polymer composite materials was introduced by using theories of percolation,quantum mechanics tunneling effect and field emission.
采用渗流理论、量子力学隧道效应理论和场致发射效应等理论,对填充复合型导电高分子材料的导电机理进行了分析介绍;从聚合物的结构、导电填料的种类、性能、用量、复合材料制备方法、加工及使用条件等因素,分析了影响填充复合型导电高分子材料导电性能的主要因素。
6) conductive mechanism
导电机理
1.
The composition and the type of electrically conductive adhesives are introduced,and some conductive mechanisms are briefly summarized from the points of macroscopical and microcosmic view.
介绍了导电胶的组成与类别,从宏观和微观角度对几种导电机理进行了概述。
2.
On the basis of researching the principle of electromagnetic shielding,the properties of conductive composite plastic were reviewed,the conductive mechanism and the effects on electromagnetic shielding effectiveness were mainly illuminated,the study directions and the application prospects of these materials were also looked.
论述了电磁屏蔽复合塑料的特性,并重点讨论了复合型电磁屏蔽塑料的导电机理和影响因素,最后对其应用研究方向以及发展趋势进行了展望。
3.
The conductive mechanism is analyzed.
讨论了Al,B和Zr在碳化硅中的存在形式,并分析了试样的导电机理。
补充资料：昂萨格电导极限式
分子式：
CAS号：
性质：1929年Onsager(美籍挪威人)利用德拜-休克尔理论中的离子氛概念推导得到的电导-浓度关系式。即：A=Ao-A。式中A为电解质溶液的当量电导，Ao为其极限（即无限稀释时的）当量电导，A为常数，c为当量浓度。上式的浓度适用范围虽很低，为c≤0.005mol/L，但其线性关系及斜率A值与实验相符。这从另一方面证明了在稀溶液范围内，静电力是决定电解溶液性质的主导因素。
CAS号：
性质：1929年Onsager(美籍挪威人)利用德拜-休克尔理论中的离子氛概念推导得到的电导-浓度关系式。即：A=Ao-A。式中A为电解质溶液的当量电导，Ao为其极限（即无限稀释时的）当量电导，A为常数，c为当量浓度。上式的浓度适用范围虽很低，为c≤0.005mol/L，但其线性关系及斜率A值与实验相符。这从另一方面证明了在稀溶液范围内，静电力是决定电解溶液性质的主导因素。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条