Peter Campbell, B.Sc., M.A., Ph.D.
	Dr. Peter Campbell has been recognized for his expertise in the technology, application and marketing of permanent magnet materials for over 30 years.  His global perspective comes from living and working in Europe, the United States and Asia. Today, Dr. Campbell provides this broad experience for selected permanent magnet producers and users throughout the world, on assignments which range from business development to new product (and process) strategy and implementation.
	Telephone: (+1) 919-274-6362 Facsimile: (+1) 919-882-9840 E-mail: drpeterc@earthlink.net	5315 Stonegate Drive North Myrtle Beach SC 29582, U.S.A.
RESUMÉ EXPERIENCE | EDUCATION | PERSONAL | PUBLICATIONS

VICE PRESIDENT, Magnequench, Inc., Singapore Science Park, Singapore.

1999—2005

Magnequench, Inc. is the dominant global producer of rare earth-iron-boron powder for high energy bonded permanent magnets, and Dr. Campbell was Vice President of Technology and Sales for this company.  He opened and ran the Magnequench Technology Center in Research Triangle Park, North Carolina from 2000, and relocated this facility to Singapore in 2004.  He was responsible for corporate research and development activities related to Magnequench's powder and magnet businesses, for applications engineering to tailor the company's products to meet the needs of magnet producers and users, and for the worldwide sales of Magnequench powders.

PRESIDENT, Princeton Electro-Technology, Inc., Boca Raton, FL.

1985—2000

Princeton Electro-Technology, Inc. is the consulting firm which Dr. Campbell founded in March, 1985, specializing in new product and market development for magnetic materials and their devices.  As an internationally recognized expert in permanent magnets, he organized and presented an annual Technology Short Course and Workshop on Permanent Magnet Design, and runs the magnetweb.com website providing comprehensive directories and design information for permanent magnet producers and users.

PRESIDENT, PA Technology, Inc., Princeton, NJ.

1981—1985

PA Consulting is a major international management and technology consulting firm, with offices in the United States, Europe, the Far East and Australia. Dr. Campbell was President of its North American Technology Division. He originally joined PA Technology to establish an electrical engineering consulting practice within the company.

ASSISTANT PROFESSOR, University of Southern California, Los Angeles, CA.

1977—1981

An Assistant Professor of Electrical and Mechanical Engineering, Dr. Campbell ran a research group in electrical machines. He taught post-graduate and undergraduate courses in Electrical Engineering, and conducted private consulting for many industrial clients.

ASSISTANT LECTURER, University of Cambridge, Cambridge, England.

1973—1977

An Assistant Lecturer of Electrical Engineering in the University Engineering Department at Cambridge, Dr. Campbell was responsible for directing research in electrical machines. He taught undergraduate courses in many fields of engineering, and consulted for several companies.

FELLOW of Downing College, University of Cambridge, England.

1973—1977

Concurrently, Dr. Campbell was elected a Fellow of Downing College, Cambridge. His principal responsibility was to tutor those of Downing's students who were enrolled in the University's engineering program.

Education

B.Sc.(Hons) 1970 Electrical Engineering, University of Warwick, England.

M.A. 1974 University of Cambridge, England.

Ph.D. 1975 Electrical Engineering, University of Warwick, England.

Personal

Born in London, England, now a United States Citizen.

Interests include golf, tennis, and skiing.

Publications

Technical and economic justification for replacement of ferrite with bonded NdFeB in the major growth applications. Bonded Magnet News, March 31 2007, No.37, 72-81. Tokyo: The Japan Association of Bonded Magnet Materials.

Developments with melt spun RE-Fe-B powder for bonded magnets (with D.N. Brown, Z. Chen and P. Guschl). Journal of Magnetism and Magnetic Materials, August 2006, 303, e371-e374.

Rare Earth-Fe-B powder coating for improvements in corrosion resistance, flux aging loss, and mechanical strength of bonded magnets (with P.C. Guschl). IEEE Transactions on Magnetics, October 2005, MAG-41, 3859-3861.

A comparative study on the microstructure and magnetic properties of melt-spun RE₂Fe₁₄B/α-Fe and RE₂Fe₁₄B/Fe₃B (RE = Nd, Pr) nanocomposites (with Z. Chen, D. Brown, B-M. Ma, Y.Q. Wu and M.J. Kramer). IEEE Transactions on Magnetics, October 2005, MAG-41, 3862-3864.

Flywheel magneto generator (with D.J. Miller). U.S. Patent 6,791,225, September 14, 2004.

R₂Fe₁₄B-type isotropic powders for bonded magnets (with D.N. Brown, Z.M. Chen, P.C. Guschl, D.J. Miller and B-M. Ma). 18th. International Workshop on High Performance Magnets and their Applications, August 2004, 67-75, Annecy (France).

The dependence of magnetic properties and hot workability of rare earth-iron-boride magnets upon composition (with D.N. Brown, B. Smith and B-M. Ma. IEEE Transactions on Magnetics, July 2004, MAG-40, 2895-2897.

In situ magnetization of isotropic permanent magnets (with Y. Zhilichev and D. Miller). IEEE Transactions on Magnetics, September 2002, MAG-38, 2988-2990.

Neo magnets boost fuel economy (with A.C. Morcos). Machine Design, September 5, 2002.

Trends in rare earth permanent magnets for automotive applications. 42 Volt Automotive Systems, September 2002. Gorham: Intertech Consulting.

The comparison of anisotropic (and isotropic) powders for polymer bonded rare earth permanent magnets (with D.N. Brown and B-M Ma). 17th. International Workshop on Rare Earth Magnets and their Applications, August 2002, 62-73. Princeton: Rinton Press.

Accurate model for pulse magnetization of anisotropic permanent magnets (with Y. Zhilichev, D. Miller and J. Simkin). 17th. International Workshop on Rare Earth Magnets and their Applications, August 2002, 115-126. Princeton: Rinton Press.

A multi-axis model of magnetization for isotropic permanent magnets (with Y. Zhilichev).  IEEE Transactions on Magnetics, July 2001, MAG-37, 2634-2636.

Upgrading your product from ferrite to Neo. NdFeB Magnets and NdFeB Magnet Systems, May 2001. Gorham: Gorham Advanced Materials.

Improved representation of the magnetization and resulting field in isotropic NdFeB (with D. Miller, J. Simkin and Y. Zhilichev). 16th. International Workshop on Rare-Earth Magnets and their Applications, September 2000, 955-962. Sendai: The Japan Institute of Metals.

Enabling the introduction of NdFeB magnets into new applications by added-value components & assemblies. Permanent Magnet Systems 2000 Conference, September 2000. Gorham: Gorham Advanced Materials, Inc..

Neodymium-iron-boron magnets: flexibility in sensor design (with D. Miller). Sensors, September 2000, 94-96.

Comments on energy stored in permanent magnets. IEEE Transactions on Magnetics, January 2000, MAG-36, 401-403.

The properties required of neodymium-iron-boron magnets for their major applications. 15th. International Workshop on Rare-Earth Magnets and their Applications, August 1998, 681-687. Frankfurt: Werkstoff-Informationsgesellschaft mbH.

Automotive sensors and actuators: trends and opportunities for bonded magnets. Polymer Bonded Magnets 98, May, 1998. Gorham: Gorham/Intertech Consulting.

The influence of "giant" magnetoresistance (and "colossal" magnetoresistance) on the utilization of NdFeB magnetic sensors. NdFeB 97 Conference, April 1997. Gorham: Gorham/Intertech Consulting.

Magnetoresistive position sensor including an encoder wheel wherein the magnetization extends greater than 0.5 times the pole pitch below the surface. U.S. Patent 5,545,985, August 13, 1996.

Magnetic reluctance flowmeter (with R.A. Seto & A.G. Bersin). U.S. Patent 5,520,058, May 28, 1996.

High density magnetization of bonded magnets for motors and encoders. Polymer Bonded Magnets 96, April, 1996. Gorham: Gorham/Intertech Consulting.

Servo controlled magnetic head positioner (with H. Baheri, D.L. Griffith & J.H. Harman).U.S. Patent 5,452,153, September 19, 1995.

The design and application of high energy rare earth permanent magnets. Electrical Manufacturing & Coil Winding Conference, September 1995, 49-57. Imperial Beach: Electrical Manufacturing & Coil Winding Association.

Performance characteristics of magnetoresistive sensors for incremental magnetic encoders. 24th. Annual Symposium on Incremental Motion Control Systems and Devices, June 1995, 103-112. Champaign: Incremental Motion Control Systems Society.

The application of rare earth magnets to consumer products. 13th. International Workshop on Rare-Earth Magnets and their Applications, September 1994, 319-328. Birmingham: The University of Birmingham.

Permanent Magnet Materials and their Application, June 1994, ISBN 0521249961 (hardback), ISBN 0521566886 (paperback). Cambridge: Cambridge University Press.

Thermal stability of modern permanent magnets. 22nd. Annual Symposium on Incremental Motion Control Systems and Devices, June 1993, 97-108. Champaign: Incremental Motion Control Systems Society.

Magnetoresistive sensors for high resolution position encoding. Sensors and Actuators 1993 (SP-948), March 1993, 25-33. Warrendale: Society of Automotive Engineers, Inc.

Applications for Nd-Fe-B magnets in automobiles. 12th. International Workshop on Rare-Earth Magnets and their Applications, July 1992, 338-346. Perth: University of Western Australia.

"Giant" magnetostrictive TbxDy1-xFe2 for a micropositioning actuator. 12th. International Workshop on Rare-Earth Magnets and their Applications, July 1992, 410-419. Perth: University of Western Australia.

The application of "giant" magnetostrictive alloys to micropositioning actuators. 21st. Annual Symposium on Incremental Motion Control Systems and Devices, June 1992, 81-86. Champaign: Incremental Motion Control Systems Society.

Improvements in the properties of rare-earth magnets and their design for d.c. electric motors. 20th. Annual Symposium on Incremental Motion Control Systems and Devices, June 1991, 98-105. Champaign: Incremental Motion Control Systems Society.

A new Nd-Fe-B brushless d.c. motor for a digital data storage spindle motor. 11th. International Workshop on Rare-Earth Magnets and their Applications, October 1990, 221-30. Pittsburgh: Carnegie-Mellon University.

Magnetoresistive sensors for rotary position encoders. IEEE Transactions on Magnetics, September 1990, MAG-26, 2029-31.