The Relationship Between the Physical, Chemical, and Functional Properties of Insulating Liquids

Edward Casserly
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Abstract

The chemical composition of insulating liquids determines the physical properties and the functionality of the liquids in electrical equipment. The chemical composition is determined by the feedstocks and the processing technology. The chemical structures found in both mineral and ester-based insulating liquids (isoparaffinic, cycloparaffinic, aromatic, olefinic, carbonyls, and heteroatoms) will be discussed. Structure-property relationships provide insight on the functional properties, e.g., dielectric insulation, heat transfer, oxidation stability, hydrolytic stability, component compatibility, and physical properties.
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绝缘液体的物理、化学和功能特性之间的关系
绝缘液体的化学成分决定了电气设备中液体的物理性质和功能。化学成分由原料和加工工艺决定。在矿物和酯基绝缘液体中发现的化学结构(异烷烃、环石蜡、芳烃、烯烃、羰基和杂原子)将被讨论。结构-性能关系提供了对功能特性的洞察,例如介电绝缘、传热、氧化稳定性、水解稳定性、组分相容性和物理特性。
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