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Operation of the HRS Magnets 10-13-1997

Figure 2.4.2.15: HRS Vacuum System References WANG NMR Dipole Operation Manual Power Supply Dynapower User Manual Appendix NMR Tesla meter Appendix NMR Field REgulation Siemens/Fug Q2/Q3 Power Supply Manual Saclay/Danfusik Q1 Powersupply Manual TOSP HRS Dipole TOSP HRS Quadrupole Q1 TOSP HRS Quadrupole Q2, Q3 HRS SC Dipole Magnet Safety Review Vol. 134 ohms, L=2.55 H, Tau(fast) = 19S, 29 MITS Magnet Dipole signature, date Arm (Circle one)-Electron Arm, Hadron Arm Megger check ...

Operation of the HRS Magnets Hall A Dipole Magnet Check List 02-29-2000

References WANG NMR Dipole Operation Manual Power Supply Dynapower User Manual Appendix NMR Tesla meter Appendix NMR Field REgulation Siemens/Fug Q2/Q3 Power Supply Manual Saclay/Danfusik Q1 Powersupply Manual TOSP HRS Dipole TOSP HRS Quadrupole Q1 TOSP HRS Quadrupole Q2, Q3 HRS SC Dipole Magnet Safety Review Vol. 134 , L= 2.55 H, Tau(fast) = 19 s, 29 MITS Magnet Dipole signature, date Arm (Circle one)-Electron Arm, Hadron Arm Megger check of coil @ 250 V DC Visual inspection ...

Superbends at the ALS: A Perfect Fit ALSNews Vol. October 3, 2001
	Beginning in 1995, Clyde Taylor led a Laboratory Directed Research and Development (LDRD) project to design and build a superbend prototype. By 1998, the collaboration (which included the ALS Accelerator Physics Group, the Superconducting Magnet Program of Berkeley Lab's Accelerator and Fusion Research Division, and Wang NMR, Inc.) produced a robust magnet that reached the design current and field without quenching (i.e., loss of superconductivity). .... Wang NMR was contracted to construct the superbend systems (three plus one spare).
[Reporter:Oct:94] MRI Magnet Arrives October 1994
	Previous Up Next Search Feedback [help] CPMCnet The Reporter The Reporter: Oct 1994, Vol.5, No.3 MRI Magnet Arrives A 25-ton, donut-shaped magnet for the world's most powerful magnetic resonance imager (MRI) for human research arrived in June after a week-long journey from Livermore, Calif., Wang NMR Inc. on `...` http://www.wangnmr.com/MRI_magneet_arrives
The Office of Clinical Trials June 22, 2000
	Imaging Facility The Clinical Trials Fund provided $500,000, payable over a three-year period, to assist in the completion of the Hilal/Hatch MRI and spectroscopy research system at the Neurological Institute. When fully operational this will be the world's most powerful MRI system. Sadek Hilal, M.D http://www.wangnmr.com/MRI_clinical_trials
Superconducting Magnets ARGONNE, Ill -- (Aug. 31, 1996)
	Fifteen years ago on this date, the largest, most powerful superconducting dipole magnet ever built set a world record that still stands today. The magnet,...

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An Experiment to Search for Axions
	How do we detect axions? World's largest axion magnet: 8T 60 cm Bore at Lawrence Laboratory was designed by Wang NMR Inc. http://www.wangnmr.com/images/axion_magnet.ais