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BLM Expert names

BLM Expert names. I) Timber, Logging and Measurement DB MTF@Layout DB II) LHC ring BLM Dump lines Other cases III) For analysis (AN). 1. General Expert Name Definition for LHC Ring BLM.

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BLM Expert names

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  1. BLM Expert names I) Timber, Logging and Measurement DB MTF@Layout DB II) • LHC ring BLM • Dump lines • Other cases III) For analysis (AN)

  2. 1. General Expert Name Definition for LHC Ring BLM 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17+Official name as in Layout => upto 30 BLMQI.06R7.B1E30_MQMxxx(_S) BLM location: Q -on a quad E -other location 2 -coupled monitors optional BLM type: I - IC S - SEM L - LIC D - diamond Observed element Position on the element: 10+i at the entrance 20+i at the middle 30+i at exit Cell and sector position: 01-34 number of cell R or L from IP 1-8 IP _S - second coupled monitor counting in beam direction _T – vertical slice test monitor _C – “copper” diamond _O – “optical” diamond _F – with filter Transverse position: E external I internal C central Beam 1 or Beam 2 observed July 2011

  3. 1.1 Observed element is quadrupole (Q) and BLMonitor is Ionization chamber: BLMQI.xxx and BLM2I.xxx I.Timber,LD,MD,MTF,Layout: BLMQI :BLMQI.06R7.B1E30_MQx a) Main and Insertion cold quadrupoles:MQM, MQY, MQ, MQML, MQTL, … b)Warm quadrupoles: MQWB.4R7, MQWA.B4R7, … BLMQI 3 cases, when One IC observed losses from quad and XRP: 1. BLMQI.04L5.B2E10_MQY_XRP, 2. BLMQI.06R5.B1E10_MQML_XRP 3. BLMQI.06L5.B2E21_MQML_XRP BLM2I 4 cases for Coupled quad monitors 1. BLM2I.10L3.B2E30_MQ_MQ 2. BLM2I.09L3.B2E30_MQ_MQ 3. BLM2I.09R3.B1I30_MQ_MQ 4. BLM2I.10R3.B1I30_MQ_MQ II.MTF,Layout: BLM2I 4 cases for second coupled quad monitors with _S at the end 1. BLM2I.10L3.B2E30_MQ_MQ_S 2.BLM2I.10L3.B2E30_MQ_MQ_S 3.BLM2I.09R3.B1I30_MQ_MQ_S 4.BLM2I.10R3.B1I30_MQ_MQ_S July 2011

  4. 1.2 Observed element is not quad (E):dipoles, collimators, beam absorber, kickers, septums, BPM, XRP…BLMonitor :I.Timber,LD,MD,MTF,Layout:Ionization chamber BLMEI.xxx and BLM2I.xx (48 IC’s)SEM BLMES.xxx II.MTF,Layout:Ionization chamber BLM2I.xx_S (48 IC’s) and BLMEI.04L2.B1E10_TCTH.4L2.B1_TLIC BLMEL.xxxDiamond Detector BLMED.xxx BLMEI: • Dipoles: BLMEI.08R1.B1E30_MBA BLMEI.06R7.B2I10_MBW.A6R7 BLMEI.01L2.B1I10_MBWMD • XRP (only): BLMEI.04L5.B2E10_XRP • BPM: BLMES.01L1.B1I10_BPMSW.1L1 • Septum:BLMEI.06R8.B2E10_MSIA • Kicker:BLMEI.05L2.B1E10_MKI.D5L2.B1 • Collimator:BLMEL.06R7.B2I20_TCSG.A6R7.B2 BLMED.06R7.B2C10_TCHSS.6R7.B2_C; BLMED.04R8.B2C10_TCTVB.4R8.B2_O • Connection:BLMEI.05L6.B2I10_LEJL BLM2I: 96 cases for Coupled monitors (the second coupled monitor name is with _S at the end): BLM2I.04L2.B2I10_MBRC_MBRC and BLM2I.04L2.B2I10_MBRC_MBRC_S July 2011

  5. 2. Expert Name Definition for Dump Lines BLM I)TD62 and TD68: BLMonitor: Ionization Chamber – BLMDI SEM - BLMDS Timber,LD,MD,MTF,Layout: 1)BLMDI.623243.D2I1_MKBH or BLMDI.683780.D1T1_MQY.4R6 62 or 68 – TD62 or TD68 xxxx (3243, 3780,…) – distance from the beginning of TD, dm D2 or D1 – dump of beam 1 or beam 2 I,E,T,B,L,R,C – internal, external, top, bottom, left, right, centre transverse position _MKBH – observed element • BLMDI.625880.D2L1_377_203 or BLMDI.686850.D1B1_497_254 _377 – distance from IP6, m _203 – change of TD diameter, mm 3)BLMDS.689723.D1C1_3.119_DUMP orBLMDI.629822.D2CT_13.200_DUMP _3.119_DUMP – distance from beginning of DUMP (inside of Core), m T – transversal position for IC which installed out of screen II) Direct Dump :BLMonitor: 4 SEM, BLMPS MTF,Layout: Timber,LD,MD: BLMPS.683545.B1E1_TCDQA.4R6.BHC.BLM.UA63xxx, HC.BLM.UA67xxx 62 or 68 – TD62 or TD68 HC- hadron collider xxxx (3545, 3643) – distance from the beginning of TD, dm UA63/UA67 – installation LHC zone B1E1_TCDQA.4R6.B – Beam; Transverse position; Position on element; Observed element

  6. 3. Expert Name Definition for Other Cases BLMM – LHC mobile monitor BLMonitor:Ionization Chamber; Timber,LD,MD __________________________________ BLMI –injection lines monitor (BLMI.number:extrcationloses_extri): BLMonitor:Ionization Chamber ; Layout Locations:LHC,TI2,TI8 BLMI.4L2.B1 BLMI.20104 CNGS,TT41 BLMI.410024 BLMI.412445R ________________________________ BLMCC- test installation: Layout,MTF BLMCC.06R3.A6R3_BATT • BLMCC.06R3.A6R3_HV • BLMCC.08R3.A8R3_HV • BLMCC.08R3.A8R3_BATT • BLMCC.08R3.B8R3_HV • BLMCC.08R3.B8R3_BATT __________________________________ BLMXD – CMS diamond detector: 32 DD around CMS; . Timber,LD,MD

  7. III) BLM naming conventions (from A. Nordt) BLMCC  Mobile monitors (not for analysis) BLMDI  Dump line ionization chambers (useful for analysis if not saturated i.e. not at 23.168 Gy/sec, installed in the dump line) BLMDS  Dump line secondary emission monitors (not useful for analysis) BLMEI --> Ionization chambers (all locations except at quadrupoles) (important for analysis) BLMEL  Little ionization chamber (at the moment for testing reasons, not for analysis) BLMES  Secondary emission monitors (not useful for analysis) 7 12/6/10

  8. BLM naming conventions (from A. Nordt) BLMQI  IC installed around quadrupoles (important for analysis) BLMI  Names with "BLMI.number:EXTRACTIONLOSSES_EXTR1" describe the BLMs in the injection lines, extraction for one SPS cycle in Gy/sec, there is no running sum, 1extraction==20ms (can be used for analysis) BLMPI  there are no data logged (not for analysis) BLMPS  4 monitors in the LHC dump line, data not logged (not for analysis) BLM2I  Ionization Chambers (installed in various places), different in gain and phase compared to BLMEI, BLMQI, but see the same losses as BLMEI or BLMQI monitors (important for analysis) BLMXD  32 Diamond detectors around CMS. They use the same electronics as we use for the LHC BLMs and they have 12 RS and 12 Thresholds for each RS. They are calibrated and the losses can be compared with the losses from LHC ionization chambers (can be used for analysis) 8 12/6/10

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