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Iain R Dixon

from Tallahassee, FL
Age ~58

Iain Dixon Phones & Addresses

  • 2235 Ellicott Dr, Tallahassee, FL 32308 (850) 224-4054
  • 812 6Th Ave, Tallahassee, FL 32303 (850) 224-4054
  • 1101 Alligator Dr, Panacea, FL 32346 (850) 349-9497
  • 1181 Alligator Dr, Alligator Point, FL 32346 (850) 349-9497
  • Poquoson, VA
  • Phoenix, AZ
  • Yorktown, VA

Resumes

Resumes

Iain Dixon Photo 1

Research Associate

Location:
Tallahassee, FL
Industry:
Higher Education
Work:
Florida State University
Research Associate
Iain Dixon Photo 2

Iain Dixon

Iain Dixon Photo 3

Iain Dixon

Iain Dixon Photo 4

Iain Dixon

Publications

Us Patents

Method Of Manufacturing A Superconducting Magnet

US Patent:
6735848, May 18, 2004
Filed:
Sep 25, 2000
Appl. No.:
09/668992
Inventors:
W. Denis Markiewicz - Tallahassee FL
Iain R. Dixon - Tallahassee FL
Charles A. Swenson - Tallahassee FL
W. Scott Marshall - Tallahassee FL
Robert P. Walsh - Tallahassee FL
Thomas Painter - Tallahassee FL
Steven van Van Sciver - Tallahassee FL
Assignee:
FSU Research Foundation, Inc. - Tallahassee FL
International Classification:
H01L 3924
US Classification:
29599, 29605, 29890036, 1741251, 324248, 335216, 505430
Abstract:
Method of manufacture a wide bore, high field superconducting magnet. The superconducting magnet has a plurality of superconducting coils impregnated with epoxy and nested within each other. An innermost one of the nested coils has a bore therethrough that defines a bore width of the magnet. The bore width is greater than approximately 100 millimeters. The nested coils are electrically connected in series and cooled to an operating temperature less than approximately 4 degrees K. The magnet also has external reinforcements on the coils that are applied prior to impregnating the coils with epoxy. An active protection circuit protects the coils in response to a quench in the magnet. The protection circuit includes heater elements positioned in thermal contact with the coils prior to impregnating the coils with epoxy. The magnet further has lead supports for supporting the lead wires with epoxy that extend from the coils.

Wide Bore High Field Magnet

US Patent:
7015779, Mar 21, 2006
Filed:
Feb 12, 2004
Appl. No.:
10/777858
Inventors:
W. Denis Markiewicz - Tallahassee FL, US
Iain R. Dixon - Tallahassee FL, US
Charles A. Swenson - Tallahassee FL, US
W. Scott Marshall - Tallahassee FL, US
Robert P. Walsh - Tallahassee FL, US
Thomas Painter - Tallahassee FL, US
Steven van Sciver - Tallahassee FL, US
Assignee:
Florida State University - Tallahassee FL
International Classification:
H01F 5/00
US Classification:
335299, 335216
Abstract:
A wide bore, high field superconducting magnet. The superconducting magnet has a plurality of superconducting coils impregnated with epoxy and nested within each other. An innermost one of the nested coils has a bore therethrough that defines a bore width of the magnet. The bore width is greater than approximately 100 millimeters. The nested coils are electrically connected in series and cooled to an operating temperature less than approximately 4 degrees K. The magnet also has external reinforcements on the coils that are applied prior to impregnating the coils with epoxy. An active protection circuit protects the coils in response to a quench in the magnet. The protection circuit includes heater elements positioned in thermal contact with the coils prior to impregnating the coils with epoxy. The magnet further has lead supports for supporting the lead wires with epoxy that extend from the coils.

Repeating Pulsed Magnet

US Patent:
20030127590, Jul 10, 2003
Filed:
Oct 17, 2002
Appl. No.:
10/273412
Inventors:
Mark Bird - Tallahassee FL, US
Iain Dixon - Tallahassee FL, US
Yehia Eyssa - Tallahassee FL, US
Andrei Gavrilin - Tallahassee FL, US
Scott Gundluch - Tallahassee FL, US
Assignee:
FSU Research Foundation, Inc.
International Classification:
H01F001/00
H01F003/00
H01F007/00
H05H003/06
G01N023/05
US Classification:
250/251000, 335/296000, 250/390040
Abstract:
A magnet for use with a neutron scattering apparatus. The neutron scattering apparatus provides an incident beam of neutrons to a sample under analysis. The magnet has first and second body portions of high conductivity material and has a mid-plane portion there between in which the sample under analysis is positioned. The first and second body portions of the coil are electrically connected to each other via the mid-plane portion of the coil between the body portions of the coil. The conductive mid-plane portion has a split that allows neutron scattering through large angles.
Iain R Dixon from Tallahassee, FL, age ~58 Get Report