Ideas of Magnetic Supplies

The e book will focus on the fundamentals of:

1.INTRODUCTION
2.PROPERTIES OF MAGNETS
3.ATOMIC OR MOLECULAR THEORY OF MAGNETISM
4.MAGNETIC DIPOLE
5.MAGNETIC DIPOLE MOMENT
6.MAGNETIC FLUX
7.MAGNETIC INDUCTION OR MAGNETIC FLUX DENSITY B
8.MAGNETIC FLUX
9.INTENSITY OF MAGNETIZATION
10. MAGNETIC PERMEABILITY
11. RELATIVE MAGNETIC PERMEABILITY
12. MAGNETIC SUSCEPTIBILITY
13. RELATION BETWEEN B, H AND M
14. RELATION BETWEEN MAGNETIC PERMEABILITY AND SUSCEPTIBILITY
15. MAGNETIC LORENTZ FORCE EQUATION
16. ATOM AS MAGNETIC DIPOLE (ORBITAL AND SPIN MAGNETIC DIPOLE MOMENT)
17. CURIE LAW OF MAGNETISM
18. CLASSIFICATION OF MAGNETIC MARTERIALS
19. DIAMAGNETIC MATERIALS IN MAGNETIC FIELD
20. ATOMIC OR ELECTRON THEORY OF DIAMAGNETISM
21. LANGEVIN’S THEORY OF DIAMAGNETISM (QUANTITATIVE)
22. ORIGIN OF PERMANENT MAGNETIC DIPOLE MOMENTS
23. PARAMAGNETIC MATERIALS IN MAGNETIC FIELD
24. ATOMIC OR ELECTRON THEORY OF PARAMAGNETISM
25. LANGEVIN’S THEORY OF PARAMAGNETISM (CURIE’S LAW FOR PARAMAGNETISM)
26. FERROMAGNETIC MATERIALS
27. PROPERTIES OF FERROMAGNETIC MATERIALS
28. CLASSIFICATION OF FERROMAGNETIC MATERIALS
29. SPONTANEOUS MAGNETIZATION
30. WEISS EXPLANATION OF FERROMAGNETISM (DOMAIN THEORY OFFERROMAGNETISM)
31. CURIE – WEISS LAW OF FERROMAGNETISM
32. HYSTERESIS: RETENTIVITY AND COERCIVITY
33. DEMAGNETIZATION OF FERROMAGNETIC MATERIAL
34. DOMAIN CONCEPT OF HYSTERESIS
35. ANTI – FERROMAGNETIC MATERIALS
36. MOLECULAR THEORY OF ANTI – FERROMAGNETISM
37. FERROMAGNETIC MATERIALS
38. MAGNETOSTRICTION
39. MAGNETIC ANISOTROPY
40. HARD AND SOFT MAGNETIC MATERIALS
41. USES OF HYSTERESIS CURVES
REVIEW QUESTIONS
EXERCISE PROBLEMS