PIP2IT FDR HEBT review
Wednesday 13 Feb 2019, 08:00
→
12:30
US/Central
AD/Loft (Fermilab)
AD/Loft
Fermilab
Phil Adamson
(FNAL)
Description
Review of the HEBT design for PIP2IT. Review material can be found in TeamCenter (TC# ED0009237). * PIP2IT HEBT Technical Requirements Specification, TC# ED0008220 * Measurements to be conducted in the High Energy Beam Transport (HEBT) line of the * PIP-II Injector Test (PIP2IT), TC# ED0008280 * Producing Very Low-Particulate UHV Components, TC# ED0003571-B * Prototype Particle Safe Vacuum Cart Operation, TC# ED0000373-A * MEBT BPM EPDM, TC# ED0001310 * MEBT BPM FRS, TC# ED0001309/ED0003675 * Wire-scanner FRS, TC# ED0004340 * Slit/Slit emittance scanner FRS, TC# ED0008473 * TOF BPM FRS, TC# ED0004201 * Fast Faraday Cup FRS, TC# ED0004200 * HEBT Risk Analysis, TC# ED0008219 * HEBT assembly drawing number, TC#F10001768 Remote connection: https://fnal.zoom.us/j/798014067
Fast Faraday Cup - FRS
HEBT Agenda and Charge
HEBT - EPDM
HEBT - FRS
HEBT - HAR
HEBT - Measurement
HEBT - TRS
MEBT - BPM - FRS
Notes for HEBT Diagnostics TC:ED#0009237
Producing Very Low-Particulate UHV Components
Prototype Particle Safe Vacuum Cart Operation
Slit Emittance Scanner
TOF - BPM
Wire Scanner - FRS
08:00
→
08:25
I. Introduction
25m
a. Introduction to PIP-II and PIP-II Injector Test (PIP2IT) b. Charge and Scope of the review i. Agenda for the review
Speaker
:
Lionel Prost
(Fermilab)
Slides
08:25
→
09:10
II. HEBT beam line overview
45m
a. PIP2IT in its final configuration b. HEBT specifications and scheme c. HEBT in operation d. Measurements intended to be carried out
Speaker
:
Alexander Shemyakin
(Fermilab)
Slides
09:10
→
09:20
Coffee Break
10m
09:20
→
09:50
III. Vacuum design
30m
a. Configuration b. MolFlow+ simulation c. Vacuum protection test results
Speaker
:
Alex Chen
(Fermilab)
Slides
09:50
→
10:20
IV. Beam line mechanical design
30m
a. Particle-free assembly and installation
Speaker
:
Richard Andrews
Slides
10:20
→
10:40
V. Plan for diagnostics
20m
a. List of existing diagnostics that are intended to be used b. Performance at high-energy
Speaker
:
Vic Scarpine
(Fermilab)
Slides
10:40
→
11:00
Committee Private Session
20m
as-needed
11:00
→
11:10
VI. Closeout
10m
a. Preliminary Findings, Comments & Recommendations
Speaker
:
Dr
Phil Adamson
(FNAL)