REFERENCES:

1. Stelter, M.; Bombach, H. (2004). "Process Optimization in Copper

Electrorefining". Advanced Engineering Materials

2. Richard Feynman, Surely You're Joking, Mr. Feynman! (1985), in chap. 6:

"The Chief Research Chemist of the Metaplast Corporation"

3. Dufour, Jim (2006). An Introduction to Metallurgy, 5th. Cameron.

4. Mohler, James B. (1969). Electroplating and Related Processes. Chemical

Publishing Co.

5. Todd, Robert H.; Dell K. Allen and Leo Alting (1994). "Surface Coating".

Manufacturing Processes Reference Guide. Industrial Press Inc.

6.  Harms, Toni M. & Kinner, Russell H. P.E., Enhancing PLC Performance

with Vision Systems. 18th Annual ESD/HMI International Programmable

Controllers Conference Proceedings, 1989, p. 387-399.

7.  Maher, Michael J. Real-Time Control and Communications. 18th Annual

ESD/SMI International Programmable Controllers Conference Proceedings,

1989, p. 431-436.

8.  Kinner, Russell H., P.E. Designing Programable Controller Application

Programs Using More than One Designer. 14th Annual International

Programmable Controllers Conference Proceedings, 1985, p. 97-110.

9.  Keller, William L Jr. Grafcet, A Functional Chart for Sequential Processes,

14th Annual International Programmable Controllers Conference

Proceedings, 1984, p. 71-96.

10. "Dostál, M. User Acceptance of the Microsoft Ribbon User Interface".,

In: Advances in data networks, communications, computers. pp 143-149,

WSEAS Press, 2010.

11. NEMA Standards Publication (2007). Application Guide for AC Adjustable

Speed Drive Systems. Rosslyn, VA USA: National Electrical Manufacturers

Association (now The Association of Electrical Equipment and Medical

Imaging Manufacturers). p. 4. Retrieved Mar. 27, 2008.

12. Eisenbrown, Robert E. (May 18, 2008). "AC Drives, Historical and Future

Perspective of Innovation and Growth". Keynote Presentation for the 25th

Anniversary of The Wisconsin Electric Machines and Power Electronics

Consortium (WEMPEC). University of Wisconsin, Madison, WI, USA:

WEMPEC. pp. 6–10.

13. Jahn, Thomas M.; Owen, Edward L. (Jan. 2001). "AC Adjustable-Speed

Drives at the Millennium. IEEE Transactions on Power

Electronics (IEEE) 16. 

14. Bose, Bimal K. (2011). "Energy Scenario and Impact on Power Electronics

In the 21st Century". PEIA 2011 - Workshop on Power Electronics for

Insdustrial Applicationa and Renewable Energy Conversion. Doha,Qatar.

p. 12. Retrieved Feb.8, 2012.

15.Spear, Mike. "Adjustable Speed Drives: Drive Up Energy Efficiency".

ChemicalProcessing.com. Retrieved Jan. 27, 2012.

16. Bose, B. K. (Feb. 2009). "Power Electronics and Motor Drives Recent

Progress and Perspective". IEEE Transactions on Industrial

Electronics 56 (2): 581–588.

17. Drury, Bill (2009). The Control Techniques Drives and Controls

Handbook (2nd ed.). Stevenage, Herts, UK: Institution of Engineering and

Technology. p. 474.

18. Paes, Richard (June 2011). "An Overview of Medium Voltage AC

Adjustable Speed Drives and IEEE Std. 1566 – Standard for Performance of

Adjustable Speed AC Drives Rated 375 kW and Larger". Joint Power

Engineering Society-Industrial Applications Society Technical

Seminar (IEEE Southern Alberta Chapter): pp. 1–78.

19. McMurray, William (April 1988). "Power Electronic Circuit

Topology". Proceedings of the IEEE 76 (4): 428–437.

20. Sandy, Williams; Baillie, Alastair; Shipp, David (2003). Understanding

VSDs with ESPs - A Practical Checklist. Society of Petroleum Engineers.

21. Bartos, Frank J. (Feb. 1, 2000). "Medium-Voltage AC Drives Shed Custom

Image". Control Engineering (Reed Business Information).

22. Klug, Dieter-Rolf; Klaassen, Norbert (2005). "High Power Medium Voltage

Drives - Innovations, Portfolio, Trends". European Conference on Power

Electronics and Applications.doi:10.1109/EPE.2005.219669.

23. Kouro, Samir; Rodriguez, Jose; Wu, Bin;Bernet, Steffen; Perez, Marcelo

(Jul/Aug 2012). "Powering the Future of Industry: High-Power Adjustable

Speed Drive Topologies". IEEE Industry Applications Magazine 18 (4): 26–

39. doi:10.1109/MIAS.2012.2192231.

24. Skibinski, Gary; Breit, Stephen (2004). "Line and Load Friendly Drive

Solutions for Long Length Cable Applications in Electrical Submersible

Pump Applications". Fifty-First Annual Conference Petroleum and

Chemical Industry Technical Conference (IEEE): 269–

278. doi:10.1109/PCICON.2004.1352810.

25. Malfait, A.; Reekman, R.; Belmans, R. (1994). "Audible Noise and Losses

in Variable Speed Induction Motor Drives: Influence of the Squirrel Cage

Design and the Switching Frequency". 29th Annual Meeting Proceedings of

IEEE Industry Applications Society: 693–700.

26. Swamy, M.; Kume, T. (May 2008). "Present State and a Futuristic Vision of

Motor Drive Technology". Proceedings of 11th International Conference on

Optimization of Electrical and Electronic Equipment, 2008 (OPTIM 2008).

IEEE. pp. XLV-LVI, Fig. 16.

27. Hammond, Rolt (1968). "Development of electric traction". Modern

Methods of Railway Operation. London: Frederick Muller. pp. 71–

73. OCLC 467723.

28. Ransome-Wallis, Patrick (1959). "Electric motive power". Illustrated

Encyclopedia of World Railway Locomotives. London: Hutchinson. p. 173. 

29. Mason, C. R. "Art & Science of Protective Relaying, Chapter 2, GE

Consumer & Electrical". Retrieved October 9, 2011.

30. Ian Sinclair, Passive Components for Circuit Design, Newnes, 2000, page

170.

31. Kenneth B. Rexford and Peter R. Giuliani (2002). Electrical control for

machines (6th ed.). Cengage Learning. p. 58.

32. Zocholl, Stan (2003). AC Motor Protection. Schweitzer Engineering

Laboratories, Inc.