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Annual review of physical chemistry. Vol. 49 / H.L. Strauss (1998)

Titre :

Annual review of physical chemistry. Vol. 49

Type de document :

texte imprimé

Auteurs :

H.L. Strauss, Éditeur scientifique ; G.T. Babcock, Éditeur scientifique ; S.R. Leone, Auteur

Editeur :

Palo Alto : Annual Reviews

Année de publication :

1998

Collection :

Annual Review of Physical Chemistry num. 49

Importance :

XXXV-678 p.

Présentation :

Relié. Fig., Graph., Tabl.

Format :

22 cm

ISBN/ISSN/EAN :

978-0-8243-1049-3

Langues :

Anglais (eng)

Catégories :

(01.30.ARPC) Annual Review of Physical Chemistry

Mots-clés :

physical chemistry clusters nanocrystalline materials spectroscopy superlattices fullerenes and related materials tunneling microscopy atoms liquid helium condensed matter ultrafast processes femtosecond techniques scanning tunneling microscopy atomic forces computer modeling and simulation force energy interfaces thin films

Index. décimale :

01.30.ARPC

Résumé :

molecules in optical, electric and magnetic fields : a personnal perspective spectroscopy of atoms and molecules in liquid helium structure and transformation : large molecular clusters as models of condensed matter the shuttle glow phenomenon ultrafast solvation dynamics explored fy femtosecond photon echo spectroscopies chemical reaction dynamics beyond the born-oppenheimer approximation fast events in protein folding : the time evolution of primary processes explosives detection : a challenge for physical chemistry the construction and interpretation of mcscf wavefunctions molecular electronic spectral broadening in liquids and glasses scanning tunneling and atomic force microscopy probes of self-assembled, physisorbed monolayers : peeking at the peaks proton-coupled electron transfer nanocrystal superlattices computational approach to the physical chemistry of fullerenes and their derivatives optical studies of single molecles at room temperature high resolution spectroscopy in the gas phase : even large molecules have well-defined shapes computer simulations with explicit solvent : recent progress in the thermodynamic decomposition of free energies and in modeling electrostatic effects interfaces and thin films as seen by bound electromagnetic waves indexes

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Code-barres	Cote	Support	Localisation	Section	Disponibilité
PQ001727	01.30.ARPC.49	texte imprimé	Bibli FERMI 3R1 RDC	Recherche	Disponible

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