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Manufacture and Analysis of Gas-Sensitive Elements Based on Polypyrrole and Its Compounds with Nicel Ions

机译:基于聚吡咯及其韭葱离子的气敏元素的制造与分析

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Various polymers have found application in ecological monitoring (as sensors of foreign matter in air). One of the most appreciated features of a great many of compounds of this class is an ability to change physical properties when being affected by a number of factors (e.g. resistance variation depending on application of certain substances). Properties of a polymeric material are determined not only by its composition, but by methods of polymerization, mutual arrangement of chain units and volume structure, as well, i.e. by its structure at the supramolecular level. We applied methods of quantum chemical calculation to determine the types of interaction between an ammonia molecule and a pyrrole pentamer.
机译:各种聚合物在生态监测(作为空气中的异物传感器)中发现了应用。许多众多这种类化合物的最受欢迎的特征之一是当受许多因素的影响时改变物理性质的能力(例如,根据某些物质的施加取决于某些物质的电阻变化)。聚合物材料的性质不仅通过其组合物而确定,而是通过聚合方法,链单元和体积结构的相互布置,即,通过其在超分子水平的结构。我们应用了量子化学计算的方法,以确定氨分子与吡咯五聚体之间的相互作用类型。

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