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Zinc Oxide and Related Materials -- 2009: Volume 1201

Zinc Oxide and Related Materials -- 2009: Volume 1201

Holger Von Wenckstern
0/5 ( ratings)
Zinc oxide and related compound semiconductors have drawn considerable interest in recent years due to their suitability for visible and UV light emitters and detectors, as well as for high-temperature electronics. Besides having unique optical properties, its persistence against radiation also makes ZnO attractive for space applications. This book, the third in a popular new series from MRS, focuses on fundamental materials science issues as well as device design, processing, and technology of photonic and electronic devices including light-emitting diodes and gas, chemical and biosensors. Emphasis this year is also on the recent successes of ZnO as RF transistor and laser diode material. Topics include: devices; doping; electronic and optical properties; electric and magnetic properties; growth; nanostructures; optical properties and devices; and TCO and TFT.
Pages
322
Format
Paperback
Publisher
Cambridge University Press
Release
June 05, 2014
ISBN
110740813X
ISBN 13
9781107408135

Zinc Oxide and Related Materials -- 2009: Volume 1201

Holger Von Wenckstern
0/5 ( ratings)
Zinc oxide and related compound semiconductors have drawn considerable interest in recent years due to their suitability for visible and UV light emitters and detectors, as well as for high-temperature electronics. Besides having unique optical properties, its persistence against radiation also makes ZnO attractive for space applications. This book, the third in a popular new series from MRS, focuses on fundamental materials science issues as well as device design, processing, and technology of photonic and electronic devices including light-emitting diodes and gas, chemical and biosensors. Emphasis this year is also on the recent successes of ZnO as RF transistor and laser diode material. Topics include: devices; doping; electronic and optical properties; electric and magnetic properties; growth; nanostructures; optical properties and devices; and TCO and TFT.
Pages
322
Format
Paperback
Publisher
Cambridge University Press
Release
June 05, 2014
ISBN
110740813X
ISBN 13
9781107408135

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