Abstract
Controlled transformation rate thermal analysis is defined here as a general thermoanalytical method where, instead of controlling the temperature (as in conventional thermal analysis), one controls some other physical or chemical property, which is made to follow a pre-determined programme by appropriate heating of the sample. The historical development of the method is reviewed (from the early sixties) together with its analytical, preparative and kinetic applications. Examples given mainly deal with adsorbents, catalysts and ceramics. The paper ends with a list of expected developments.
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