On the electrical conductivity of metals and their alloys from the perspective of dispersoid chemistry
Abstract
One of the fundamental principles of dispersoid chemistry is the assertion that all properties, both physical and chemical, are functions of the degree of dispersion of a given dispersed system. The author considers the following issues: 1) The effect of increasing the degree of dispersion on the electrical conductivity of chemically pure metals; 2) The influence of the degree of dispersion on the electrical conductivity of alloys representing a mechanical combination of component crystals; 3) The electrical conductivity of coarse-dispersed alloys representing solid solutions; 4) Alloys representing solid solutions and electronic theory; 5) The electrical conductivity of coarse-dispersed metals at very low temperatures; 6) The electric ultramicroscope.
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References
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