Magnetic Microwires

Magnetic Microwires

by Alexander Chizhik, Julian Gonzalez
Released January 2014
Publisher(s): Jenny Stanford Publishing
ISBN: 9781466585669

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Book description

A comprehensive overview, this book focuses on two directions of study: discovery of new effects that take place in magnetic wires and optimization of the magnetic, electrical, and mechanical properties of the wires, taking into account the technological application. The book presents the idea of moving to nanoscale, maintaining the achieved optimal parameters of microwires. While the focus remains on glass-covered wires of micrometer scale, it covers the first steps of the movement to "nano" range as an example of the versatility of the basic effects initially discovered for microscale.

Table of contents

  1. Front Cover
  2. Contents
  3. Preface
  4. Chapter 1 Kerr Effect as Method of Investigation of Magnetization Reversal in Magnetic Wires (1/2)
  5. Chapter 1 Kerr Effect as Method of Investigation of Magnetization Reversal in Magnetic Wires (2/2)
  6. Chapter 2 Cold- Drawn Fe- Rich Amorphous Wire (1/3)
  7. Chapter 2 Cold- Drawn Fe- Rich Amorphous Wire (2/3)
  8. Chapter 2 Cold- Drawn Fe- Rich Amorphous Wire (3/3)
  9. Chapter 3 Conventional Co- Rich Amorphous Wire (1/6)
  10. Chapter 3 Conventional Co- Rich Amorphous Wire (2/6)
  11. Chapter 3 Conventional Co- Rich Amorphous Wire (3/6)
  12. Chapter 3 Conventional Co- Rich Amorphous Wire (4/6)
  13. Chapter 3 Conventional Co- Rich Amorphous Wire (5/6)
  14. Chapter 3 Conventional Co- Rich Amorphous Wire (6/6)
  15. Chapter 4 Interaction between Glass- Covered Microwires (1/3)
  16. Chapter 4 Interaction between Glass- Covered Microwires (2/3)
  17. Chapter 4 Interaction between Glass- Covered Microwires (3/3)
  18. Chapter 5 Circular Magnetic Bistability in Co- Rich Amorphous Microwires (1/4)
  19. Chapter 5 Circular Magnetic Bistability in Co- Rich Amorphous Microwires (2/4)
  20. Chapter 5 Circular Magnetic Bistability in Co- Rich Amorphous Microwires (3/4)
  21. Chapter 5 Circular Magnetic Bistability in Co- Rich Amorphous Microwires (4/4)
  22. Chapter 6 Effect of High- Frequency Driving Current on Magnetization Reversal in Co- Rich Amorphous Microwires (1/4)
  23. Chapter 6 Effect of High- Frequency Driving Current on Magnetization Reversal in Co- Rich Amorphous Microwires (2/4)
  24. Chapter 6 Effect of High- Frequency Driving Current on Magnetization Reversal in Co- Rich Amorphous Microwires (3/4)
  25. Chapter 6 Effect of High- Frequency Driving Current on Magnetization Reversal in Co- Rich Amorphous Microwires (4/4)
  26. Chapter 7 Relation between Surface Magnetization Reversal and Magnetoimpedance (1/5)
  27. Chapter 7 Relation between Surface Magnetization Reversal and Magnetoimpedance (2/5)
  28. Chapter 7 Relation between Surface Magnetization Reversal and Magnetoimpedance (3/5)
  29. Chapter 7 Relation between Surface Magnetization Reversal and Magnetoimpedance (4/5)
  30. Chapter 7 Relation between Surface Magnetization Reversal and Magnetoimpedance (5/5)
  31. Chapter 8 Helical Magnetic Structure (1/6)
  32. Chapter 8 Helical Magnetic Structure (2/6)
  33. Chapter 8 Helical Magnetic Structure (3/6)
  34. Chapter 8 Helical Magnetic Structure (4/6)
  35. Chapter 8 Helical Magnetic Structure (5/6)
  36. Chapter 8 Helical Magnetic Structure (6/6)
  37. Chapter 9 Magnetization Reversal in Crossed Magnetic Field (1/2)
  38. Chapter 9 Magnetization Reversal in Crossed Magnetic Field (2/2)
  39. Chapter 10 Visualization of Barkhausen Jump (1/3)
  40. Chapter 10 Visualization of Barkhausen Jump (2/3)
  41. Chapter 10 Visualization of Barkhausen Jump (3/3)
  42. Chapter 11 Magnetization Reversal in Glass- Covered Nano- Wires of Cylindrical Shape (1/2)
  43. Chapter 11 Magnetization Reversal in Glass- Covered Nano- Wires of Cylindrical Shape (2/2)
  44. Chapter 12 Magnetic Domain Wall Dynamics in Co- Rich Glass- Covered Microwires (1/3)
  45. Chapter 12 Magnetic Domain Wall Dynamics in Co- Rich Glass- Covered Microwires (2/3)
  46. Chapter 12 Magnetic Domain Wall Dynamics in Co- Rich Glass- Covered Microwires (3/3)
  47. Chapter 13 Nucleation and Transformation of Circular Magnetic Domain Structure: Control of Domain Nucleation (1/3)
  48. Chapter 13 Nucleation and Transformation of Circular Magnetic Domain Structure: Control of Domain Nucleation (2/3)
  49. Chapter 13 Nucleation and Transformation of Circular Magnetic Domain Structure: Control of Domain Nucleation (3/3)
  50. Chapter 14 Magnetization Reversal in Co- Rich Microwires with Different Values of Magnetostriction (1/2)
  51. Chapter 14 Magnetization Reversal in Co- Rich Microwires with Different Values of Magnetostriction (2/2)
  52. Chapter 15 Application of Magneto- Optical Indicator Film Method to Study Domain Magnetic Structure in Microwires (1/2)
  53. Chapter 15 Application of Magneto- Optical Indicator Film Method to Study Domain Magnetic Structure in Microwires (2/2)
  54. Index (1/2)
  55. Index (2/2)
  56. Back Cover

Product information

  • Title: Magnetic Microwires
  • Author(s): Alexander Chizhik, Julian Gonzalez
  • Release date: January 2014
  • Publisher(s): Jenny Stanford Publishing
  • ISBN: 9781466585669