The Fermilab Main Injector dipole construction techniques and prototype magnet measurements

Bleadon, M.; Brown, Bruce; Chester, Norman; Desavouret, E.; Garvey, J.; Glass, H.; Harding, David J.; Harfoush, F.A.; Holmes, Stephen D.; Humbert, J.; Kerby, J.; Knauf, A.B.; Kobliska, G.R.; Lipski, A.; Martin, P.S.; Mazur, Péter; Orris, D.; Ostiguy, J.‐F.; Peggs, S.; Pachnik, J.E.; Pewitt, E.G.; Satti, J.; Schmidt, E. E.; Sim, J.W.; Snowdon, S.C.; Walbridge, D.G.C.

doi:10.1109/20.119834

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Fitting For Magnet Geometry1

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1996

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“…Measurements involving a region where the B H curve is linear, will show a completely linear magnet excitation curve. Such a region is the nal portion of the down ramp of a typical excitation curve and corresponds to a portion of the B H curve which is in the second quadrant 2 . W e express this assumption as B = 0 dr (H + H c ):…”

Section: Fitting For Magnet Geometrymentioning

confidence: 99%

Results on Fermilab Main Injector Dipole measurements

et al. 1996

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Section: Fitting For Magnet Geometrymentioning

confidence: 99%

Results on Fermilab Main Injector Dipole measurements

et al. 1996

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Strength and shape of the magnetic field of the Fermilab Main Injector dipoles

Harding

Brown²,

DiMarco³

et al.

Proceedings of the 1999 Particle Accelerator Conference (Cat. No.99CH36366)

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MAGNET STRENGTHMeasurements of 230 6-meter and 136 4-meter dipoles constructed for the Fermilab Main Injector were carried out as part of the magnet production effort. An automated measurement system provided data on magnetic field strength and shape using several partially redundant systems. Results of these measurements are available for each individual magnet for use in accelerator modelling. In this report we will summarise the results on all of the magnets to characterise the properties which will govern accelerator operation.Groups 4 and 5 define our nominal magnet strength at each current.The mean strength, including me 4-m magnets weighted at 2/3 of the 6-m magnets, was calculated for each current. Deviations from that strength (for the 6-m magnets) or from 2/3 of that strength (for the 4-m magnets) are normalized to the nominal strength of the 6-m magnets.These deviations are quoted here in "units" of parts in 104.

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The Fermilab Main Injector dipole construction techniques and prototype magnet measurements

Cited by 2 publications

References 4 publications

Results on Fermilab Main Injector Dipole measurements

Results on Fermilab Main Injector Dipole measurements

Strength and shape of the magnetic field of the Fermilab Main Injector dipoles

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