Physical Chemistry Energetics

Transfer factor of species i [electrodynamics + physical chemistry] Energetic coupling ratio (= li, / Ll)) [variety q]... 

Contents Introduction. - Experimental Techniques Production of Energetic Atoms. Radiochemical Separation Techniques. Special Physical Techniques. - Characteristics of Hot Atom Reactions Gas Phase Hot Atom Reactions. Liquid Phase Hot Atom Reactions. Solid Phase Hot Atom Reactions. - Applications of Hot Atom Chemistry and Related Topics Applications in Inorganic, Analytical and Geochemistry. Applications in Physical Chemistry. Applications in Biochemistry and Nuclear Medicine. Hot Atom Chemistry in Energy-Related Research. Current Topics Related to Hot Atom Chemistry and Future Scope. - Subject Index. 

The three laws of thermodynamics provide the theoretical basis required to master nearly all the concepts that are relevant in discussions of molecular energetics. We shall not dwell on those laws, because they are mandatory in any general physical chemistry course [1,8], but we will ponder some of their outcomes. It is also necessary to agree on basic matters, such as units, nomenclature, standard states, thermochemical consistency, uncertainties, and the definition of the most common thermochemical quantities. 

The book assumes some basic knowledge of physical chemistry, and thus it is recommended for advanced undergraduate or for graduate courses. On the other hand, it contains examples drawn from many areas in chemistry, from organometallic to food chemistry and a commented compilation of the main databases. It may therefore appeal to a broad range of practicing chemists and particularly to those interested in energetics-structure-reactivity relationships. 

Melins CF (1990) In Bnlnsn SN (ed) Chemistry and Physics of Energetic Materials... 

Dr. Rudolf Meyer was born on 4. 3. 1908 in Spandau (Berlin) and took his degree in Physical Chemistry. He began his initial studies in the area of energetic compounds in connection with his Doctor s degree in 1931 at Professor Boden-stein s Institute in Berlin with a paper on the enthalpy of formation and thermal decomposition of hydrazoic acid. After taking his Doctor s degree, he entered the Dynamit Nobel Company in 1934 as assistant to Dr. Ph. Naoum. He worked there from 1936-1945 on the development of pourable ammonium nitrate explosives and on hollow charges. 

Chemistry and Chemical Reactivity of Proteins, Matthew Francis Energetics of Protein Folding, Robert Baldwin NMR to Study Proteins, Angela Gronenborn Physical Chemistry in Biology, Allan Cooper... 

Chemistry of Amino Acids Computational Chemistry in Biology Energetics of Protein Folding Protein Informatics Physical Chemistry in Biology... 

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