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首页> 外文期刊>Combustion, Explosion, and Shock Waves >Heterogeneous Combustion in Systems Containing Chemical Elements of Group III. Generation of Electric Potentials
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Heterogeneous Combustion in Systems Containing Chemical Elements of Group III. Generation of Electric Potentials

机译：含有第三类化学元素的系统中的异质燃烧。电势的产生

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摘要

The behavior of frontally burning heterogeneous systems containing boron, aluminum, gallium, indium, yttrium, lanthanum, and ytterbium is studied by a potentiometric method. These systems are used for self-propagating high-temperature synthesis of some oxide materials. The peak values of the electromotive force of combustion arising between the combustion wave front and the synthesis products in systems with participation of triple-charged ions of these chemical elements are found to be directly proportional to the ionic potential of the chemical element and reach 150 400 mV. The use of two heteropolarly reacting systems as elements of the electromotive force of combustion in one array assembly allows the difference in potentials to be increased to 2.3 V.
机译：通过电位法研究了正面燃烧含硼，铝，镓，铟，钇，镧和的异质体系的行为。这些系统用于某些氧化物材料的自蔓延高温合成。发现在具有这些化学元素的三电荷离子参与的系统中，在燃烧波前和合成产物之间产生的燃烧电动势的峰值与该化学元素的离子电势成正比，并达到150 400毫伏在一个阵列组件中使用两个异极反应系统作为燃烧电动势的元素，可使电位差增加到2.3V。

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