Advances in Cryogenic Engineering: Volume 31 by Joseph L. Smith Jr., George Y. Robinson Jr. (auth.), R. W. PDF

By Joseph L. Smith Jr., George Y. Robinson Jr. (auth.), R. W. Fast (eds.)

ISBN-10: 1461292999

ISBN-13: 9781461292999

ISBN-10: 1461322138

ISBN-13: 9781461322139

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The main design features are described below, and test results are presented on model magnets constructed at LBL and BNL. COILS AND CABLE To minimize the amount of superconductor and iron, we have chosen the very small inner diameter of 40 mm (the Tevatron at Fermilab has a bore diameter of 76 mm), used a minimum amount of copper in the cable, and have placed great emphasis on obtaining maximum current density in the NbTi superconductor. The cable is a flattened "Rutherford" cable arranged in two layers as shown in Fig.

The machine was initially plagued with bad heat 8 ~J,lflf ~;... J ~;:o.. :rr-\ )1"0 S / to; (, ...... f'1>

LVDT 28, -60 0 from vertical. B. LVDT 29, +60 0 from vertical. C. LVDT 28 + LVDT 29. 41 o o Ul D f- Zo ~ ~+-----.. J 0. Ulo ..... : w' II ~ 01-------,. 0 Ul • ..... 50 TIME (SECONDS) Fig. 5. ) D. LVDT 30, bottom. E. LVDT 28 + LVDT 29 - LVDT 30 represents the deviation from the expected ovaling of the shield. t 0 t- a w ..... J 11.. 20 Fig. 6. Magnetic field due to eddy currents after quench vs. time. 3 s. 42 Quench magnet was constructed with ordinary industrial techniques and had a typical displacement of the coil axis from the magnetic axis of the steel vacuum vessel of 2 Mm.

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Advances in Cryogenic Engineering: Volume 31 by Joseph L. Smith Jr., George Y. Robinson Jr. (auth.), R. W. Fast (eds.)


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