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(Preliminary) Field Quality of MSCB, MCBC/Y, MCBX, MQSX, MCSOX

(Preliminary) Field Quality of MSCB, MCBC/Y, MCBX, MQSX, MCSOX. For Corrector Team ( * M. Karppinen, AT-MEL-MC. * ) C. Fernandes, C. Giloux, V. Granata, H. Lopes, J. Mazet, D. Rodrigues, W. Venturini. Preliminary summary of measured field quality. SSS MSCB (MCBM & MSM) DS/MS MCBC

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(Preliminary) Field Quality of MSCB, MCBC/Y, MCBX, MQSX, MCSOX

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  1. (Preliminary) Field Quality of MSCB, MCBC/Y, MCBX, MQSX, MCSOX For Corrector Team(* M. Karppinen, AT-MEL-MC *) C. Fernandes, C. Giloux, V. Granata, H. Lopes, J. Mazet, D. Rodrigues, W. Venturini

  2. Preliminary summary of measured field quality • SSS • MSCB (MCBM & MSM) • DS/MS • MCBC • MCBY (No data available yet) • Inner triplet • MCBX(A) • MQSX • MCSOX FQWG 2/3/04

  3. MCBM: Warm field quality (61 modules out of 158) FQWG 2/3/04

  4. MSM: Warm field quality & alignment (114 modules out of 154) FQWG 2/3/04

  5. MCBM: Cold Field Quality at 55 A and at 1.9 K FQWG 2/3/04

  6. MCBCA #1: Transfer Function of Aperture 2 at 1.9 K FQWG 2/3/04

  7. MCBCA #1: Hysteresis of B1/A1 at 1.9 K FQWG 2/3/04

  8. MCBCA #1: Field quality at 100 A and at 1.9 K(in local coordinate system) FQWG 2/3/04

  9. Inner Triplet Correctors Q3 Q2 Q1 MQXA MQXB MCBX MQXB MCS OX MCBXA MQXA MQ S X MCBX B PM B PM LMQXA LMQXC LMQXB B4 A4 A3 A1 / B1 B6 / B3 A2 A1 / B1 A1 / B1 To IP  FNAL supplied KEK supplied CERN supplied FQWG 2/3/04

  10. MCBX: Transfer function at 1.9 K FQWG 2/3/04

  11. MCBX: Hysteresis of B1/A1 Outer: dB1 = 3.8 E-03 Tm, θk = 2.5 / 0.16 µrad @ 450 GeV / 7 TeV Inner: dA1 = 6.1 E-03 Tm, θk = 4.1 / 0.26 µrad @ 450 GeV / 7 TeV FQWG 2/3/04

  12. MCBXV (Inner dipole): Field Quality at 550 A FQWG 2/3/04

  13. MCBXH (Outer dipole): Field Quality at 550 A FQWG 2/3/04

  14. MCBX #12: Warm – Cold Field Quality FQWG 2/3/04

  15. MCSTX: B3-B6 insert of MCBXA • Two magnets have been cold tested at CERN • Operating MCSX at 100 A seem feasible (Inom = 50 A) • Magnetic measurement results are being analyzed FQWG 2/3/04

  16. MQSX Skew quadrupole: Transfer function at 1.9K FQWG 2/3/04

  17. MQSX: Field quality at 1.9 K and 550 A FQWG 2/3/04

  18. MCSSX Skew Sextupole: Magnetic performance at 1.9K FQWG 2/3/04

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