LBNF NBI Replan Progress - Jonathan Paley, Mandy Kiburg March 24, 2021 LBNF Beamline/NSCF Integration Meeting - LBNF NBI Replan
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LBNF NBI Replan Progress
Jonathan Paley, Mandy Kiburg
March 24, 2021
LBNF Beamline/NSCF Integration Meeting
1 Jonathan M. Paley
Neutrino Beam Instrumentation
• In order to reduce risk, the Project moved all non-DOE tasks that had no
commitments from Partners back on to the Project. This includes all
Neutrino Beam Instrumentation (NBI) for alignment and monitoring.
• We’ve been working to replan:
• New WBS elements (broken into different components) and planning
packages
• The planning packages and schedule will aim to fit within the existing
budget and schedule (eg, start dates in 2021 and end dates in 2026):
• HADeS: $2M
• MuMS: $3M
• THI (Crosshairs + TPT): $1.67M
• HLS (new, Horn Leveling System): $0.8M
• Meet all milestones from other WBS
• General strategy is to baseline on NuMI-style detectors
2 Jonathan M. Paley
Hadron Alignment Detector System (HADeS)
• UT Austin (Karol Lang, PI) has agreed to deliver the
detector
• Provided detailed spreadsheet with costs for a
5x5 pad detector they are now building for NuMI
• I have scaled M&S and Labor costs up assuming
Original 7x7 hadron monitor
a 13x13 detector configuration for LBNF: $350k built by UT Austin
• Note: labor is extremely inexpensive. Anywhere
else will raise the labor cost by a factor of 4-5x.
• Major difference with NuMI LBNF Absorber, Hadron Monitor inside shielding block
Concrete
Concrete
detector is that HADeS will be blocks-R
Block -C
retractable (and sit outside of
beam most of the time).
Shielding
block Hadron
• Fermilab will provide remote Steel
Chain drive
mechanism
Monitor
shielding
handling, Vladimir has some Absorber
Hadron
Monitor
initial concepts. core
3 Jonathan M. Paley DUNE-docdB 12541
Horn Leveling System (HLS)
• Jim Hylen presented (Sept. 26, 2019)
the concept of using a HLS to monitor
the vertical positions of the horns.
• Sudeshna Ganguly has taken the lead
on this and has done an amazing job.
• HowCERN
• In discussions with many sensors?
experts, Reference HLS
2 inside PBE (near BPMs) + 2 from PBE to TH Target hall floor
technology identified.
floor (the one on TH floor is the reference one) +
1 at Utility corridor (same elevation as TH floor)
+ 5 inside battlement (at the same elevation as
• Nearly complete M&S cost estimate TH floor) + 4 on bunker wall (same height as of
the ones on top of horns) + 16 inside target
chase + 1 on the other side of the utility corridor
= 31
($300k + cost of floor stands for
If we consider Keith’s nook:
sensors).
2 inside PBE (near BPMs) + 1 in the nook (same Utility Corridor
elevation as the elevation on sensors at BPMs) +
• Labor costs are being worked on 1 at Utility corridor (same elevation as TH floor)
+ 5 inside battlement (at the same elevation as
These will be sitting on
a stand, as the same
elevation as TH floor
TH floor) + 4 on bunker wall (same height as of
the ones on top of horns) + 16 inside target
chase + 1 on the other side of the utility corridor Water Lines
= 30
8 units [above horn C and horn B, if we have
stands at two different heights to make up 9 ft or
5 ft: that would add 4 (on horn C) + 4 (on horn B)]
1 channel per sensor, 2 splitters,1 for building Invar rods
reference interferometer, 1 for splitting among
39 channels (31 channels+if extra 8 channels
The sensors in red will be at the same height as the ones on the stand
needed)
Jonathan M. Paley above horn modules. Run 4 Invar rods from Target Hall floor level inside
4 Sudeshna Ganguly 5
battlement to the level of stand for each of sensors
THI: Crosshairs and Target Position Thermometer (TPT)
• Crosshairs:
• Going with Be crosshair for the upstream end of horn B
• Cory has designed the brackets and crosshairs. Some more work to do
on FEA and drafting.
• Fairly complete cost and schedule in hand.
• TPT:
• FNAL will provide requirements and specs, and will procure and
assemble Be components. RAL will do design and drafting.
• May need beam studies to determine size and positions of components.
• Labor and M&S costs are being worked on now (mostly by Cory).
5 Jonathan M. Paley
Muon Monitor System (MuMS)
• Planning on a NuMI-like system.
• UT Austin built these for NuMI, but has lost some expertise.
Nevertheless, they could do this and are interested.
• We are also pursuing another detector option: electron multiplier tubes
(EMTs)
• Have 3 on loan from KEK
• Beam test scheduled for end of March 2020 was canceled, hoping to do
some tests later this year.
6 Jonathan M. Paley
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