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High Voltage Engineering

Name: High Voltage Engineering
Brand: Ashish Kumar
SKU: B00KNQYRCI
Availability: InStock

Brand: Ashish Kumar

MPN: com.faadooengineers.free_highvoltageengineering

Category: App (Science)

Price: $0.00

Availability: Available instantly on compatible devices

Features

This unique free application is for all students across the world. It covers 149 topics of High Voltage Engineering in detail. These 149 topics are divided in 5 units.
Each topic is around 600 words and is complete with diagrams, equations and other forms of graphical representations along with simple text explaining the concept in detail.
This USP of this application is "ultra-portability". Students can access the content on-the-go from anywhere they like.
Basically, each topic is like a detailed flash card and will make the lives of students simpler and easier.
Some of topics Covered in this application are:
1. Introduction to Electrical Stress
2. FINITE DIFFERENCE METHOD
3. FINITE ELEMENT METHOD
4. Condition for Energy Minimization in Finite element method
5. CHARGE SIMULATION METHOD
6. Significance of Charge Simulation Method
7. SURFACE CHARGE SIMULATION METHOD
8. COMPARISON OF VARIOUS TECHNIQUES
9. ELECTROLYTIC TANK
10. CONTROL OF ELECTRIC FIELD INTENSITY
11. OPTIMISATION OF ELECTRODE CONFIGURATION
12. Displacement of Contour Points
13. Changing the Position of the Optimisation Charges and Contour Points
14. Modification of Contour Elements
15. MECHANISM OF BREAKDOWN OF GASES
16. Townsend’s First Ionization Coefficient
17. CATHODE PROCESSES- SECONDARY EFFECTS
18. Townsend Second Ionisation Coefficient
19. TOWNSEND BREAKDOWN MECHANISM
20. STREAMER OR KANAL MECHANISM OF SPARK
21. THE SPARKING POTENTIAL -PASCHEN’S LAW
22. An analytical expression for the minimum sparking potential
23. PENNING EFFECT & CORONA DISCHARGES
24. TIME-LAG & BREAKDOWN IN ELECTRONEGATIVE GASES
25. Application of Gases in Power System
26. BREAKDOWN IN LIQUID DIELECTRICS
27. Electronic & Electroconvection Breakdown
28. Suspended Solid Particle Mechanism
29. Cavity Breakdown
30. TREATMENT OF TRANSFORMER OIL - Air Absorption
31. Methods for Treatment of Transformer oil
32. TESTING OF TRANSFORMER OIL
33. Application of Oil in Power Apparatus
34. BREAKDOWN IN SOLID DIELECTRICS
35. Intrinsic Breakdown IN SOLID DIELECTRICS
36. ELECTROMECHANICAL BREAKDOWN IN SOLID DIELECTRICS
37. Breakdown due to Treeing and Tracking IN SOLID DIELECTRICS
38. Thermal Breakdown IN SOLID DIELECTRICS
39. Conclusion of Thermal Breakdown & Electrochemical Breakdown IN SOLID DIELECTRICS
40. Solid Dielectrics Used in Power Apparatus
41. Polyvinyl Chloride (PVC) & Polythene in Power Apparatus
42. Insulating press boards, Mica, Ceramics & Glass in Power Apparatus
43. Epoxy Resins in Power Apparatus
44. Application of Insulating Materials ââ‚¬â€œ Power Transformers
45. Circuit Breakers, Rotating Machines & Power Cables - Insulation
46. Application of Insulating Materials - Power Capacitors
47. Application of Insulating Materials - Capacitor Bushings
48. BREAKDOWN IN VACUUM
49. Electric Discharge in Vacuum
50. Non-metallic Electron Emission Mechanism
51. Clump Mechanism & Effect of Pressure on Breakdown Voltage
52. HALF-WAVE RECTIFIER CIRCUIT
53. No-Load Operation on Cockroft-Walton Voltage Multiplier Circuit
54. Generator Loaded Operation on Cockroft-Walton Voltage Multiplier Circuit
55. A Typical Cockroft Circuit
56. Basic Principle of Operation of Electrostatic Generator
57. Advantages of Electrostatic generator & Generation of High A.C Voltages
58. Cascaded Transformers
59. Equivalent Circuit of a Cascaded Transformer
60. Reactive Power Compensation
61. SERIES RESONANT CIRCUIT
62. Advantages of Series Resonant Circuit
63. IMPULSE VOLTAGE
64. Types of Impulse Voltage
65. IMPULSE GENERATOR CIRCUITS
66. ANALYSIS OF Circuit with R2 on the load side of R1
67. ANALYSIS OF circuit with R2 on the generator side of R1
68. MULTISTAGE IMPULSE GENERATOR CIRCUIT
69. CONSTRUCTION OF IMPULSE GENERATOR
70. TRIGGERING AND SYNCHRONISATION OF THE IMPULSE GENERATOR
71. Analysis of Impulse Current Generator
72. SPHERE GAP

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