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Lionel Salem (born 5 March 1937, Paris) is a French theoretical chemist, former research director at the French National Centre for Scientific Research (CNRS), retired since 1999. He is a member of the International Academy of Quantum Molecular Science [3] which named him its annual award winner in 1975 for his work on photochemical ...
Lionel Salem. Born March 5, 1937 in Paris, France. Directeur de Recherche in the CNRS, France. Email: parpue3@sfr.fr. State Prize for Chemistry (French Academy of Sciences) 1981. Knight of the Legion of Honour. Knight of the National Order of Merit. Founder and Director of the Center for Popularisation of Knowledge at the Universities of Paris ...
WILLIAM L. JORGENSEN and LIONEL SALEM. About the book. Browse this book. By table of contents. Book description. The Organic Chemist's Book of Orbitals focuses on the mechanisms, stereochemistry, and reactivity of molecular orbitals. Composed of four chapters, the book outlines how molecular ... read full description. Download all chapters.
Physical Chemistry Division. The Electronic Theory of Photochemical Reactions †. Lionel Salem. First published: 1975. https://doi.org/10.1002/ijch.197500048. Citations: 12. †. Dedicated to the memory of Professors Theodor Forster and Luitzen Oosterhoff. PDF. Tools. Share. Abstract.
28 de oct. de 1997 · Lionel Salem was born in 1937. He obtained his doctoral degree at Longuet-Hinggins' in 1960. He taught Theoretical Chemistry at Orsay for some time, went into banking and returned again to a professorship at Orsay, this time as head of the Department for the Popularization of Knowledge.
Overview. Editors: Raymond Daudel, Alberte Pullman, Lionel Salem, Alain Veillard. Part of the book series: Quantum Theory Chemical Reactions (QTCR, volume 2) 1949 Accesses. 50 Citations. Keywords. Atom. Migration. chemical reaction. metals. photochemistry. quantum chemistry. Search within this book. Table of contents (16 chapters) Front Matter.
Lionel Salem. A novel contribution to the mechanism of heterogeneous catalysis is discussed for a model H2-on-nickel (100) system.
