Abstract

The possibility of chemical encapsulation of surfaces of technological equipment made of PVC materials into porous H⁺- or OH^–-conducting and hydrogen- or oxygen-producing layers. They consist of activated carbon grafted with ethanolamine derivatives of PVC and aqua complexes H₂SO₄, NaOH, or KOH and are bridges between electrolyte solutions in reactive electrochemical matrices. With cathodic polarization, the layer becomes a source of hydrogen, and with anodic polarization, it becomes a source of oxygen. The rate of their release into the reaction masses is determined by the magnitude of the current in the matrix.

中文翻译：

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在反应装置中用聚氯乙烯材料制造 H+- 或 OH-- 导电和产氢或产氧表面的前景

摘要

将 PVC 材料制成的技术设备表面化学封装成多孔 H ⁺ - 或 OH ^-导电层和产氢层或产氧层的可能性。它们由接枝有 PVC 乙醇胺衍生物的活性炭和水络合物 H ₂ SO ₄、NaOH 或 KOH 组成，是反应性电化学基质中电解质溶液之间的桥梁。在阴极极化时，该层成为氢源，而在阳极极化时，它成为氧源。它们释放到反应物质中的速率由基质中的电流大小决定。