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Magnetic Materials, Structures and Processing for Information Storage

Magnetic Materials, Structures and Processing for Information Storage

Magnetic Materials, Structures and Processing for Information Storage

Volume 614:
Brian J. Daniels, Honeywell Electronic Materials, California
Tom P. Nolan, Seagate Technology, California
Michael A. Seigler, Seagate Research, Pennsylvania
Shan X. Wang, Stanford University, California
Christopher B. Murray, IBM T J Watson Research Center, New York
June 2014
614
Available
Paperback
9781107413139
$34.99
USD
Paperback

    The exponential growth in information technologies has resulted in an explosion in the need for data storage with increased speed and reliability. These requirements have caused rapid development of complex magnetic materials and structures. The rate of technology development has led to a situation where the performance envelope of new materials is not fully known until the materials are fabricated into devices. In response to this, the focus of this book, first published in 2001, is not only on magnetic materials, but also on techniques and technology associated with device fabrication. The work presented in this book effectively spans the range of the myriad of information storage research from concept to product. Topics include: patterned magnetic recording media; characterization of magnetic thin films and structures; magnetic tunnel junctions and spin-dependent transport; GMR and spin valves; media/GMR/CMR; writer materials and characteristics; and magnetic structure processing techniques.

    Product details

    June 2014
    Paperback
    9781107413139
    194 pages
    229 × 152 × 10 mm
    0.27kg
    Available
      Editors
    • Brian J. Daniels , Honeywell Electronic Materials, California
    • Tom P. Nolan , Seagate Technology, California
    • Michael A. Seigler , Seagate Research, Pennsylvania
    • Shan X. Wang , Stanford University, California
    • Christopher B. Murray , IBM T J Watson Research Center, New York