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The electrical properties of titania and its compounds indicate the suitability of these materials not only as substitutes for condenser grade mica but also for a number of other electrical applications where it is not possible or convenient to use other dielectrics. Such widespread application is possible through the variables that can be introduced in a synthetically prepared product. The electrical properties of some of these materials, their compositions, methods of manufacture, and commercial application, are described. An attempt is made to explain on a rational basis the reason for obtention of the electrical properties involved and particularly the effect of various additions. Correlations between this explanation and experiment are given.
Eugene Wainer (Mon,) studied this question.