This equation follows from his transition state theory and is theoretically derived. Previous understanding of reaction rates and temperature came from Arrhenius’s empirically derived equation.
In 1939 Linus Pauling published one of the most important textbooks in the field of chemistry, "The Nature of the Chemical Bond". The work represented in the textbook led to Pauling's reception of the Nobel Prize in Chemistry 1954. While I have no delusions that this blog will, at some future date, win me the Nobel Prize, I do hope to share interesting ideas, cool chemistry, and my molecular musings in The Nature of the Chemical Blog.
20.2.12
Happy Birthday Henry Eyring
A Mexican-American theoretical chemist, born 1901, whose primary contribution was in the study of chemical reaction rates and intermediates. A prolific writer, he authored more than 600 scientific articles, 10 scientific books, and a few books on the subject of science and religion. The Eyring equation in chemical kinetics relates the reaction rate to temperature.

This equation follows from his transition state theory and is theoretically derived. Previous understanding of reaction rates and temperature came from Arrhenius’s empirically derived equation.
This equation follows from his transition state theory and is theoretically derived. Previous understanding of reaction rates and temperature came from Arrhenius’s empirically derived equation.
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1 comment:
should have gotten the Nobel.
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