针对讨论的目的，这些离子以及它们所导致的电导率可被当作水的固有特性。
For the purpose of this discussion, these ions and their resulting conductivity can be considered intrinsic to the water.
从灵敏度角度出发多方面(离散相介质所在位置、离散相介质所占区域大小、离散相介质的电导率等)分析了介质分布影响灵敏场分布这一“软场”特性。
Through the analysis of the soft-field characteristic, it is found that the sensitivity field distribution is affected by the location, the size and the conductivity of the disperse phase medium.
本文介绍离子注入技术对气敏材料表面层组分、结构、电导率及气敏特性进行改性的研究进展。
In this paper we introduce the researches on ion implantation. modification of surface layer composition, construction, conductivity and gas sensitive characterization of gas sensitive materials.
聚合物电解质是锂电池和燃料电池的重要组成部分，其电导率等特性是决定电池工作性能的重要因素。
Polymer electrolyte is one of the important parts of lithium battery and proton conducting fuel cell. The property of the polymer electrolyte is a key factor affecting the performance of cell.
本文研究了食盐浓度、淀粉浓度和电压对淀粉溶液的电导率和通电加热速率的影响；研究了通电加热对淀粉糊化特性的影响。
The effects of salt concentration, starch content and applied voltage on electrical conductivity and ohmic heating rate of starch solution were studied.
本文研究了食盐浓度、淀粉浓度和电压对淀粉溶液的电导率和通电加热速率的影响；研究了通电加热对淀粉糊化特性的影响。
The effects of salt concentration, starch content and applied voltage on electrical conductivity and ohmic heating rate of starch solution were studied.
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