11/21/2013 Location of Facility Primary Beamline MI Abort Line - - PowerPoint PPT Presentation

▶
11 21 2013
SMART_READER_LITE
LIVE PREVIEW

11/21/2013 Location of Facility Primary Beamline MI Abort Line - - PowerPoint PPT Presentation

Apr 10, 2024 192 likes •433 views

Photo by Marty Murphy Michael Geelhoed AD EBD 11/21/2013 Location of Facility Primary Beamline MI Abort Line Reconfiguration Extraction Michael Geelhoed AD EBD 11/21/2013 Location of Facility 11/21/2013 Michael Geelhoed AD

slide-1
SLIDE 1

11/21/2013 Photo by Marty Murphy Michael Geelhoed AD EBD

slide-2
SLIDE 2

11/21/2013 Michael Geelhoed AD EBD

  • Location of Facility
  • Primary Beamline
  • MI Abort Line Reconfiguration
  • Extraction
slide-3
SLIDE 3

11/21/2013 Michael Geelhoed AD EBD

Location of Facility

slide-4
SLIDE 4

11/21/2013 Michael Geelhoed AD EBD

Location of Facility

slide-5
SLIDE 5

11/21/2013 Michael Geelhoed AD EBD

Location of Facility

slide-6
SLIDE 6

11/21/2013 Michael Geelhoed AD EBD

NuStorm Primary Beamline

5 10 15 20 25 30 35 40 200 400 600 800 1000 Half Width (mm) Station (ft) XBEAM (95%) YBEAM (95%) Aper X Aper Y

slide-7
SLIDE 7

11/21/2013 Michael Geelhoed AD EBD

5 10 15 20 25 30 35 40 50 100 150 200 250 300 350 400 450 500 Half Width (mm) XBEAM (95%) YBEAM (95%) Aper X Aper Y 5 10 15 20 25 30 35 40 50 100 150 200 250 300 350 400 450 500 Half width (mm) Stationing (ft) XBEAM (95%) YBEAM (95%) Aper X Aper Y

Q001 Q002 Q003 Bermpipe

MI Abort line Reconfiguration

slide-8
SLIDE 8

11/21/2013 Michael Geelhoed AD EBD

Move Q002 and Q003 upstream by 30’ and 23’, along with different currents, NS/Abort beam reduces in size through the bermpipe

Current (Amps) Present Future Q001 2770.5 1883.2 Q002 2828.0 1423.9 Q003 2770.5 853.0

MI Abort line Reconfiguration

slide-9
SLIDE 9

11/21/2013 Michael Geelhoed AD EBD

Current (Amps) Present Future Q001 2770.5 1883.2 Q002 2828.0 1423.9 Q003 2770.5 853.0

MI Abort line Reconfiguration

Compiled from Steve Hays*

slide-10
SLIDE 10

11/21/2013 Michael Geelhoed AD EBD

Current (Amps) Present Future Q001 2770.5 1883.2 Q002 2828.0 1423.9 Q003 2770.5 853.0

MI Abort line Reconfiguration

slide-11
SLIDE 11

11/21/2013 Michael Geelhoed AD EBD

Current (Amps) Present Future B2 2964.1 2964.1

MI Abort line Reconfiguration

Compiled from Steve Hays*

slide-12
SLIDE 12

11/21/2013 Michael Geelhoed AD EBD

MI Abort line Reconfiguration

With these changes we are pursuing an Accelerator Improvement Project, or

  • AIP. This AIP will be many focused on converting the Abort line magnets to their own

individual power supplies. Currently there are multiple AIPs majority for the Muon Campus here at Fermilab.

  • Cryo AIP (Muon Campus)
  • Muon Campus Beam Transport
  • Muon Campus Delivery Ring AIP
  • Muon Campus Recycler RF AIP
  • MI Gap Clearing Kickers

Each AIP has a written document called a Project Execution Plan, or PEP. With these calculations completed by Steve Hays of AD Electrical Engineering, we can continue this effort. Currently we are starting to gather this information and propose to AD that the purpose of this AIP is for twofold. First create a simplified extraction line for MI, and second have tunable magnets for NuStorm in the future. This AIP requires $105,000 for the power supply, cabling, and electricians. Not all details though have been worked out i.e. location of power supplies, control cards, etc.

slide-13
SLIDE 13

11/21/2013 Michael Geelhoed AD EBD

Extraction

Currently MI Abort line has 2 “long” kickers for extraction. These kickers are for full turn at flattop ~5% . NuStorm does not require this type. It requires 3 partial turn kickers such as LBNE style or “short” kickers ~1%.

slide-14
SLIDE 14

11/21/2013 Michael Geelhoed AD EBD

Extraction

MI Abort Kickers In order to use the short kickers these two long kickers will need to be moved creating a new bend center…

slide-15
SLIDE 15

11/21/2013 Michael Geelhoed AD EBD

Extraction

MI Abort Kickers In order to use the short kickers these two long kickers will need to be moved creating a new bend center…

slide-16
SLIDE 16

11/21/2013 Michael Geelhoed AD EBD

Extraction

LBNE MI Beam in Booster Batches

slide-17
SLIDE 17

11/21/2013 Michael Geelhoed AD EBD

Extraction

NuStorm Beam extraction at the end deflects the last NuMI/LBNE Beam using Abort Kickers

slide-18
SLIDE 18

11/21/2013 Michael Geelhoed AD EBD

Extraction

NuStorm Beam extraction at the beginning with fast rise and fall time kicker doesn’t deflect NuMI or LBNE Beam. Basically we are recreating

  • ur MI-52 kicker scenario for Collider Operation
slide-19
SLIDE 19

11/21/2013 Michael Geelhoed AD EBD

  • Continue AIP via PEP document
  • Research more on Kicker configuration

Needs to be done

slide-20
SLIDE 20

11/21/2013 Michael Geelhoed AD EBD

Special thanks to: Steve Hays, Chris Jensen

Photo by Marty Murphy

slide-21
SLIDE 21

11/21/2013 Michael Geelhoed AD EBD Photo by Marty Murphy

slide-22
SLIDE 22

11/21/2013 Michael Geelhoed AD EBD

MI Abort line Reconfiguration

With these changes we are pursuing a Accelerator Improvement Project, or

  • AIP. This AIP will be many focused on converting the Abort line magnets to their own

individual power supplies. Currently there are multiple AIPs for the Muon Campus here at Fermilab.

  • Cryo AIP (Muon Campus) ($9.74M)
  • Muon Campus Beam Transport
  • Muon Campus Delivery Ring AIP
  • Muon Campus Recycler RF AIP ($8.6M)
  • MI Gap Clearing Kickers ($4.4M)

Each AIP has a written document called a Project Execution Plan, or PEP. With these calculations completed by Steve Hays of AD Electrical Engineering, we can continue this effort. Currently we are starting to gather this information and propose to AD that the purpose of this AIP is for twofold. First create a simplified extraction line for MI, and second have tunable magnets for NuStorm in the future. This AIP requires $105,000 for the power supply, cabling, and electricians. Not all details though have been worked out.

slide-23
SLIDE 23

11/21/2013 Michael Geelhoed AD EBD

Extraction

LBNE has cost estimated ~$6.7 M for 5 kicker magnets fully loaded.