Titre :	Molecular nanomagnets
Type de document :	texte imprimé
Auteurs :	Dante Gatteschi ; Sessoli, Roberta
Editeur :	Oxford : Oxford University Press
Année de publication :	2006
Collection :	Mesoscopic physics and nanotechnology
Importance :	xii, 395 p.
ISBN/ISSN/EAN :	978-0-19-856753-0
Note générale :	Unique up-to-date reference, written by pioneers in the field. Broad readership accross Physics, Chemistry and Materials Science. First book in a rapidly expanding scientific area. Timely topic - enormous current interest in the last decade.
Langues :	Anglais (eng)
Catégories :	Matériaux
Tags :	NANOCHEMISTRY  NANOCHIMIE  NANOMATERIALS  NANOTECHNOLOGY
Index. décimale :	B-G
Résumé :	"'The book can be strongly recommended. It succeeds in bridging the gap between the many different facets of chemistry and physics. The subject is sure to gain in importance in the coming years.' Angewandte Chemie, March 2007" "Written by the chemist originators as well as by a theorist who has been one of the protagonists of the development of the field, this book is explicitly addressed to an audience of chemists and physicists and aims to use a language suitable for the two communities."
Note de contenu :	"*Introduction *Magnetic interactions in molecular systems *Observation of microscopic magnetism *Single molecular magnets *Thermally activated magnetic relaxation *Magnetic tunnelling of an isolated spin *Introduction to path integrals *Tunnelling in a time-dependent magnetic field at low temperature *Interaction of a spin with the external world at low temperature *Tunnelling between excited states *Coherence and decoherence *Disorder and magnetic tunnelling *More experiments on single molecule magnets *Other magnetic molecules *Emerging trends in molecular nanomagnetism a: Systems of units, physical contants and basic mathematical tools b: The magnetic field c: How irreversibility comes in d: Basic properties of the master equation e: Derivation of the arrhenius law f: Phonons and how to use them g: High order perturbation theory h: Proof of the landau-zener-stuckelberg formula i: Tunnelling between hyperfine states j: Specific heat k: Master equation for the density matrix."
Cote :	B-G048
Num_Inv :	3471

Molecular nanomagnets [texte imprimé] / Dante Gatteschi ; Sessoli, Roberta . - Oxford : Oxford University Press, 2006 . - xii, 395 p.. - (Mesoscopic physics and nanotechnology) .
ISBN : 978-0-19-856753-0
Unique up-to-date reference, written by pioneers in the field.
Broad readership accross Physics, Chemistry and Materials Science.
First book in a rapidly expanding scientific area.
Timely topic - enormous current interest in the last decade.
Langues : Anglais (eng)

Catégories :	Matériaux
Tags :	NANOCHEMISTRY  NANOCHIMIE  NANOMATERIALS  NANOTECHNOLOGY
Index. décimale :	B-G
Résumé :	"'The book can be strongly recommended. It succeeds in bridging the gap between the many different facets of chemistry and physics. The subject is sure to gain in importance in the coming years.' Angewandte Chemie, March 2007" "Written by the chemist originators as well as by a theorist who has been one of the protagonists of the development of the field, this book is explicitly addressed to an audience of chemists and physicists and aims to use a language suitable for the two communities."
Note de contenu :	"*Introduction *Magnetic interactions in molecular systems *Observation of microscopic magnetism *Single molecular magnets *Thermally activated magnetic relaxation *Magnetic tunnelling of an isolated spin *Introduction to path integrals *Tunnelling in a time-dependent magnetic field at low temperature *Interaction of a spin with the external world at low temperature *Tunnelling between excited states *Coherence and decoherence *Disorder and magnetic tunnelling *More experiments on single molecule magnets *Other magnetic molecules *Emerging trends in molecular nanomagnetism a: Systems of units, physical contants and basic mathematical tools b: The magnetic field c: How irreversibility comes in d: Basic properties of the master equation e: Derivation of the arrhenius law f: Phonons and how to use them g: High order perturbation theory h: Proof of the landau-zener-stuckelberg formula i: Tunnelling between hyperfine states j: Specific heat k: Master equation for the density matrix."
Cote :	B-G048
Num_Inv :	3471