Piramanayagam, S. N.
[Sonstige Person, Familie und Körperschaft];
Chong, Chong Tow
[Sonstige Person, Familie und Körperschaft]
;
IEEE Xplore (Online Service),
Wiley InterScience (Online service)
Developments in data storage
: materials perspective
Anmerkungen:
Includes bibliographical references and index. - Description based on print version record
Mode of access: World Wide Web
Beschreibung:
"The book covers the recent developments in the field of materials for advancing recording technology by experts worldwide. Chapters that provide sufficient information on the fundamentals will be also included, so that the book can be followed by graduate students or a beginner in the field of magnetic recording. The book also would have a few chapters related to optical data storage. In addition to helping a graduate student to quickly grasp the subject, the book also will serve as a useful reference material for the advanced researcher"--
Introduction S N Piramanayagam -- Fundamentals of Magnetism Shiva Prasad, S N Piramanayagam -- Longitudinal Recording Media S N Piramanayagam -- Perpendicular Recording Media Kumar Srinivasan, S N Piramanayagam -- Write Heads: Fundamentals Naoki Honda, Kiyoshi Yamakawa -- Magnetoresistive Read Heads: Fundamentals and Functionality Rachid Sbiaa -- Read Sensors for Greater than 1 Tb/In Guchang Han, Viloane Ko, Zaibing Guo, Hao Meng -- Thin-Film Media Lubricants: Structure, Characterization, and Performance Bruno Marchon -- Overcoat Materials for Magnetic Recording Media Allen Poh Wei Choong, S N Piramanayagam, Thomas Y F Liew -- Heat-Assisted Magnetic Recording Ganping Ju, William Challener, Yingguo Peng, Mike Seigler, Ed Gage -- 1 Fept for Magnetic Recording Media Application Jiangfeng Hu, Jingsheng Chen, Ganping Ju -- Patterned Magnetic Recording Media: Progress and Prospects Thomas Thomson, Bruce D Terris -- Phase Change Random Access Memory Luping Shi, Rong Zhao, Tow C Chong -- Nonvolatile Solid-State Magnetic Memory Randall Law Yaozhang, Sunny Y H Lua -- Index
"The book covers the recent developments in the field of materials for advancing recording technology by experts worldwide. Chapters that provide sufficient information on the fundamentals will be also included, so that the book can be followed by graduate students or a beginner in the field of magnetic recording. The book also would have a few chapters related to optical data storage. In addition to helping a graduate student to quickly grasp the subject, the book also will serve as a useful reference material for the advanced researcher. The field of materials science related to data storage applications (especially hard disk drives) is rapidly growing. Several innovations take place every year in order to keep the growth trend in the capacity of the hard disk drives. Moreover, magnetic recording is very complicated that it is quite difficult for new engineers and graduate students in the field of materials science or electrical engineering to grasp the subject with a good understanding. There are no competing books in this area, considering that a book that may look 50% similar to the proposed book was published in 2001. A span of 6 years is too long gap, considering the progress this field makes every year"--