Materials Science of Novel Oxide-Based Electronics: Volume 623 (MRS Proceedings)

ISBN 10: 1107413044 ISBN 13: 9781107413047

Editorial: Cambridge University Press, 2014

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The MRS Symposium Proceeding series is an internationally recognised reference suitable for researchers and practitioners.

Rese�a del editor: Oxide materials are emerging as potential candidates for a variety of existing and new optoelectronic and microwave applications. Critical to enabling this development is the need to have high-quality materials and to be able to construct viable heterostructures. The existence of improved metal oxide films has enabled a deeper understanding of both the oxides' intrinsic properties and their potential application in real world electronics. Because of their special properties or combinations thereof, oxide films are leading to new classes of devices as well as potentially replacing common semiconductor devices. This book focuses on the materials growth, characterization, processing, and application of oxide films employed as the active elements in devices. A new understanding of basic materials properties is currently being combined with the development of novel heterostructures to lead to whole new classes of devices potentially affecting everything from energy conversion to computer memory. Topics include: applications; new ideas and magnetism; ferroelectrics and related materials; transparent conductors; and film deposition methods.

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T�tulo: Materials Science of Novel Oxide-Based ...
Editorial: Cambridge University Press
A�o de publicaci�n: 2014
Encuadernaci�n: Encuadernaci�n de tapa blanda
Condici�n: New

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Materials Science of Novel OxideBased Electronics: Volume 623 (MRS Proceedings)

David S. Ginley

Publicado por Cambridge University Press 2014-06-05, 2014

ISBN 10: 1107413044 ISBN 13: 9781107413047

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Materials Science of Novel Oxide-Based Electronics: Volume 623

Edited by David S. Ginley , John D. Perkins , Hiroshi Kawazoe , Dennis M. Newns , Andrey B. Kozyrev

Publicado por Cambridge University Press, 2014

ISBN 10: 1107413044 ISBN 13: 9781107413047

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Materials Science of Novel Oxide-Based Electronics: Volume 623

David S. Ginley

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Materials Science of Novel Oxide-Based Electronics

Ginley, David S.

Publicado por Cambridge University Press, 2013

ISBN 10: 1107413044 ISBN 13: 9781107413047

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Condici�n: New. Dieser Artikel ist ein Print on Demand Artikel und wird nach Ihrer Bestellung fuer Sie gedruckt. The MRS Symposium Proceeding series is an internationally recognised reference suitable for researchers and practitioners.KlappentextThe MRS Symposium Proceeding series is an internationally recognised reference suitable for research. N� de ref. del art�culo: 447218005

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Materials Science of Novel Oxide-Based Electronics: Volume 623 (Paperback)

David S. Ginley

Publicado por Cambridge University Press, Cambridge, 2014

ISBN 10: 1107413044 ISBN 13: 9781107413047

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Paperback. Condici�n: new. Paperback. Oxide materials are emerging as potential candidates for a variety of existing and new optoelectronic and microwave applications. Critical to enabling this development is the need to have high-quality materials and to be able to construct viable heterostructures. The existence of improved metal oxide films has enabled a deeper understanding of both the oxides' intrinsic properties and their potential application in real world electronics. Because of their special properties or combinations thereof, oxide films are leading to new classes of devices as well as potentially replacing common semiconductor devices. This book focuses on the materials growth, characterization, processing, and application of oxide films employed as the active elements in devices. A new understanding of basic materials properties is currently being combined with the development of novel heterostructures to lead to whole new classes of devices potentially affecting everything from energy conversion to computer memory. Topics include: applications; new ideas and magnetism; ferroelectrics and related materials; transparent conductors; and film deposition methods. The MRS Symposium Proceeding series is an internationally recognised reference suitable for researchers and practitioners. This item is printed on demand. Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability. N� de ref. del art�culo: 9781107413047

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Materials Science of Novel OxideBased Electronics: Volume 623 (MRS Proceedings)

Ginley, David S.

Publicado por Cambridge University Press, 2014

ISBN 10: 1107413044 ISBN 13: 9781107413047

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Materials Science of Novel Oxide-Based Electronics: Volume 623 (Paperback)

David S. Ginley

Publicado por Cambridge University Press, Cambridge, 2014

ISBN 10: 1107413044 ISBN 13: 9781107413047

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Paperback. Condici�n: new. Paperback. Oxide materials are emerging as potential candidates for a variety of existing and new optoelectronic and microwave applications. Critical to enabling this development is the need to have high-quality materials and to be able to construct viable heterostructures. The existence of improved metal oxide films has enabled a deeper understanding of both the oxides' intrinsic properties and their potential application in real world electronics. Because of their special properties or combinations thereof, oxide films are leading to new classes of devices as well as potentially replacing common semiconductor devices. This book focuses on the materials growth, characterization, processing, and application of oxide films employed as the active elements in devices. A new understanding of basic materials properties is currently being combined with the development of novel heterostructures to lead to whole new classes of devices potentially affecting everything from energy conversion to computer memory. Topics include: applications; new ideas and magnetism; ferroelectrics and related materials; transparent conductors; and film deposition methods. The MRS Symposium Proceeding series is an internationally recognised reference suitable for researchers and practitioners. This item is printed on demand. Shipping may be from multiple locations in the US or from the UK, depending on stock availability. N� de ref. del art�culo: 9781107413047

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