JAMES C BELL, M.S.P.T.
Occupational Therapy at Route 6, Kane, PA
License number
Pennsylvania OC005542L
Category
Restorative Service Providers
Type
Occupational Therapist
Address
Address
2
4355 Route 6, Kane, PA 16735
15 W 3Rd Ave, Warren, PA 16365
15 W 3Rd Ave, Warren, PA 16365
Phone
(814) 837-4735
Professional information
Principal Consultant At Magnetodynamics
Position:
Principal Consultant at MagnetoDynamics
Location:
Warren, Pennsylvania
Industry:
Electrical/Electronic Manufacturing
Work:
MagnetoDynamics
since Jul 2011
-
Principal Consultant
Magnet Applications Inc
Jun 2010 - Jun 2011
-
Acting General Manager
Magnet Applications Inc
Jan 1998 - Jun 2010
-
Technical Director
Kane Magnetics
- Kane, PA. 1995 - 1997
-
VP Bonded Engineering
Stackpole Magnet Division
- Kane, PA 1995 - 1997
-
VP Bonded Magnets
Cookson Technology Centre
1988 - 1993
-
Research Investigator
Education:
Imperial College London 1973 - 1988
PhD, MSc, Materials, Ceramics - Post Doctoral Research
PhD, MSc, Materials, Ceramics - Post Doctoral Research
James C Bell, Kane PA - MSPT
Specialties:
Occupational Therapy
Address:
4355 Route 6, Kane 16735
(814) 837-4735 (Phone)
(814) 837-4735 (Phone)
Languages:
English
Focused Magnetization Device
US Patent:
6060970, May 9, 2000
Filed:
Dec 17, 1998
Appl. No.:
9/215584
Inventors:
James F. Bell - Warren PA
International Classification:
H01F 720
US Classification:
335285
Abstract:
The invention is a fixture assembly for magnetizing a permanent magnet hollow cylindrical member to produce a high axial magnetic field in the cylindrical member's axial bore. The fixture assembly has at least one high permeability soft magnetic component positioned along the cylindrical member's longitudinal axis. A means for maintaining the high permeability soft magnetic component positioned along the cylindrical member's longitudinal axis is present. A means for directing a high magnetic field through the high permeability soft magnetic component and hollow cylindrical member provides magnetization of the cylindrical member.
Also disclosed is a method of magnetizing a hollow cylindrical member to produce a high axial magnetic field in the cylindrical member's axial bore using the fixture assembly.