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Engineering Material

Material

1. Photodiode
2. Electrical Engineering Materials
3. What is an Atom?
4. Atomic Energy Levels
5. Classification of Engineering Materials
6. Classification of Electrical Engineering Materials
7. Electron Configuration of Atom
8. Physical Properties of Materials
9. Mechanical Properties of Engineering Materials
10. Rutherford Atomic Model
11. Bohrs Atomic Model
12. Chemical Properties of Materials
13. Energy Bands in Crystals
14. Electrical Properties of Engineering Materials
15. Fermi Dirac Distribution Function
16. Magnetic Properties of Engineering Materials
17. Selection of Material for Engineering Application
18. Bases of Existence of Properties in Materials
19. Quantum Numbers
20. Low Resistivity or High Conductivity of Conducting Material
21. High Resistivity or Low Conductivity Conducting Material
22. Factors Effecting the Resistivity of Electrical Materials
23. Materials Used for Heating Elements
24. Materials Used for Precious Works
25. Materials Used for Transmission Line Conductor
26. Electrical Stranded Conductors
27. Electrical Conductor
28. Materials used for Rheostats
29. Materials for Lamp Filaments
30. Classification of Electrical Conducting Materials
31. Applications of Carbon Materials in Electrical Engineering
32. Selection of Materials Used for Electrical Contacts
33. Bimetals
34. Ionic Polarization
35. Piezoelectricity
36. Dielectric Materials
37. Mechanism of Polarization
38. Dielectric Material as an Electric Field Medium
39. Orientational Polarization
40. Electric Arc Furnace
41. Thermal Conductivity of Metals
42. Free Electron Theory of Metals
43. Magnetostriction
44. Antiferroelectricity
45. Ferroelectric Materials
46. Electronic Polarization
47. Ferromagnetic Materials


Atom

1. Thomson Plum Pudding Model (1911)


Superconductor

1. What is Superconductivity?
2. Properties of Superconductors



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