The Physical Principles of Magneto-optical Recording

The Physical Principles of Magneto-optical Recording

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Description

This book covers the physics of magneto-optical recording, beginning with first principles, and working through to contemporary state-of-the-art topics. The first half of the book teaches the theory of diffraction using an original unified approach. It also covers the optics of multilayers, polarization optics, noise in photodetection, and thermal aspects. The second half of the book describes the basics of magnetism and magnetic materials, magneto-static field calculations, domains and domain walls, the mean-field theory, magnetization dynamics, the theory of coercivity, and the process of thermomagnetic recording. Numerous examples based on real-world problems encountered in the engineering design of magneto-optical media and systems will give the reader valuable insights into the science and technology of optical recording. In addition, there are extensive problem sets at the end of each chapter.show more

Product details

  • Electronic book text
  • CAMBRIDGE UNIVERSITY PRESS
  • Cambridge University Press (Virtual Publishing)
  • Cambridge, United Kingdom
  • 200 b/w illus. 140 colour illus.
  • 1139240854
  • 9781139240857

Review quote

'This text, which is unique in its scope, will be valuable for both senior undergraduates and graduate students taking courses in magnetic recording. It will also be of value to research-and-development scientists in the magnetic recording industry.' Optik 'Anyone working in the area of optical data storage, either in the academic or industrial environments, would benefit greatly from having this book on their shelves.' Electronics and Communication Engineering Journalshow more

Table of contents

Preface; 1. Overview of optical data storage; 2. Optics of Gaussian beams; 3. Theory of diffraction; 4. Diffraction of Gaussian beams from sharp edges; 5. Optics of thin films and multilayers; 6. Magneto-optical readout; 7. Effects of high-numerical-aperture focusing on the state of polarization; 8. Computer modeling of the optical path; 9. Noise on magneto-optical readout; 10. Modulation coding and error correction; 11. Thermal aspects of magneto-optical recording; 12. Fundamentals of magnetism and magnetic materials; 13. Magnetostatics of thin-film magneto-optical media; 14. Mean-field analysis of amorphous rare earth-transition metal alloys; 15. Magnetization dynamics; 16. Origins of coercivity; 17. The process of thermomagnetic recording; 18. Media characterization; References.show more

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