Oxide Nanoelectronics: Volume 1292 (MRS Proceedings) - Hardcover

 
9781605112695: Oxide Nanoelectronics: Volume 1292 (MRS Proceedings)

Synopsis

Symposium K, 'Oxide Nanoelectronics', was held November 29–December 3 at the 2010 MRS Fall Meeting in Boston, Massachusetts. The field of oxide nanoelectronics has grown tremendously in the last decade. Many striking empirical observations in a variety of oxide materials show great promise for ultrahigh-density storage, passive and active nanodevice creation, and functionality based on multiple properties (e.g., magnetic and ferroelectric). The prospect for band-device engineering in oxide heterostructures is comparable to what took place for III-V semiconductors roughly 30 years ago. The symposium that this volume is based on brought together researchers working in this new field to lay a materials-based foundation that can pave the way for major industrial use of these high-performance nanoelectronic systems. The presented topics included: the growth of new oxide materials and heterostructures using pulsed-laser deposition and molecular beam epitaxy; integration of oxides with silicon substrates; characterization of novel electronic and correlated-electron properties in oxide thin films and superlattices; nanoscale control of phase transitions and correlated properties; theory of oxide nanostructures; mixed ion-electronic conduction; magnetism; and oxide 2DEGs.

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Book Description

Symposium K, 'Oxide Nanoelectronics', was held November 29–December 3 at the 2010 MRS Fall Meeting in Boston, Massachusetts. The field of oxide nanoelectronics has grown in the last decade. The symposium that this volume is based on brought together researchers working in this new field to lay a materials-based foundation that can pave the way for major industrial use of these high-performance nanoelectronic systems.

"About this title" may belong to another edition of this title.

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9781107406841: Oxide Nanoelectronics: Volume 1292 (MRS Proceedings)

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ISBN 10:  1107406846 ISBN 13:  9781107406841
Publisher: Cambridge University Press, 2014
Softcover