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Show 117 detonation for a11 1iquid exp105ives. More recent1y, he has exp10red a detonation mechanism which he ca11$ "starvation kinetics" to expiain shock waves in gases and the initiation and dying out of detonations in gases and so1ids.74 Eyring's interest in chemica] kinetics has not diminished over the years and in 1978, he began to write an updated version of his 1939 Theory of Rate Processes with S. H. Lin at Arizona State University and S. M. Lin from Korea. The book, Basic Chemicai Kinetics, was pubiished in the spring of 1980. It is designed primariTy for advanced chemistry seniors and graduate students. Absoiute rate theory has provided Eyring with over fifty years of important scientific probiems and the means of tack1ing many others. Perhaps the two most important which came during his Utah years are the deve1opment of his 1iquid theory and his optica1 rotary theory, which were a150 conceived during his go1den decade at Princeton. Eyring's idea of hoTes in 1iquids, or more correct1y f1uidized vacancies75, did not answer a11 the questions he had about 1iquids, and though he made a significant beginning in deve1oping a theory of 1iquids at Princeton, his greatest work in 1iquid theory came at Utah. In 1957, he began anew his quest to work out the detaiis of the theory. The foun- dation for his current work invoives three essentia1 axioms or significant structures. First, the 1iquid contains moiecuTes with soTid-Tike degrees of freedom; second, there are present in the 1iquid vacancies of mo1ecu1ar size into which 1iquid moTecuTes can move; and third, moiecu1es which move about in these vacancies take upon themseTves gas- 1ike properties. The theory then is a mode1 anaiogous to simi1ar mode1s used for the theory of solids and gases. |
