Complexity in chemistry: introduction and fundamentals / Danail Bonchev and Dennis H. Rouvray

Auteur secondaire : Bonchev, Danail (1937-) - Editeur scientifique ; Rouvray, Dennis H. (1938-) - Editeur scientifiqueType de document: MonographieCollection: Mathematical chemistry ; 7Langue: anglaisPays: Grande BretagneÉditeur: London : Taylor & Francis, 2003Description: 1 vol. (210 p.) ; 26 cm ISBN: 9780415287913 ; rel. Note: Contents: Milan Randić, Xiaofeng Guo, Dejan Plavšić and Alexandru T. Balaban, On the complexity of fullerenes and nanotubes (1–48); Stuart A. Newman and Gabor Forgacs, Complexity and self-organization in biological development and evolution (49–95); Donald C. Mikulecky, The circle that never ends: can complexity be made simple? (97–153); Pau Fernández and Ricard V. Solé, Graphs as models of large-scale biochemical organization (155–189); Danail Bonchev and Gregory A. Buck, Quantitative measures of network complexity (191–235); Lemont B. Kier and Tarynn M. Witten, Cellular automata models of complex biochemical systems (237–301); Robert E. Ulanowicz, The complex nature of ecodynamics (303–329). Sujets MSC: 92C40 Biology and other natural sciences -- Physiological, cellular and medical topics -- Biochemistry, molecular biology
92E10 Biology and other natural sciences -- Chemistry -- Molecular structure (graph-theoretic methods, methods of differential topology, etc.)
93A30 Systems theory; control -- General -- Mathematical modeling (models of systems, model-matching, etc.)
Location Call Number Status Date Due
Salle R 02099-01 / 92 BON (Browse Shelf) Available

Contents: Milan Randić, Xiaofeng Guo, Dejan Plavšić and Alexandru T. Balaban, On the complexity of fullerenes and nanotubes (1–48); Stuart A. Newman and Gabor Forgacs, Complexity and self-organization in biological development and evolution (49–95); Donald C. Mikulecky, The circle that never ends: can complexity be made simple? (97–153); Pau Fernández and Ricard V. Solé, Graphs as models of large-scale biochemical organization (155–189); Danail Bonchev and Gregory A. Buck, Quantitative measures of network complexity (191–235); Lemont B. Kier and Tarynn M. Witten, Cellular automata models of complex biochemical systems (237–301); Robert E. Ulanowicz, The complex nature of ecodynamics (303–329).

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