Control System Integration: HITRAP
HITRAP is a ion trap facility which is designed for capturing and cooling of highly charged ions (HCI) produced at the GSI-accelerator complex. In the HITRAP facility heavy highly charged ions will be available as bare nuclei (up to uranium U
92+), hydrogen-like ions or few-electron systems at low temperatures. Highly charged ions are accelerated in the heavy-ion synchrotron SIS, stripped in a foil to the desired charge state and injected into the storage ring ESR. In the ESR the ions will be decelerated to an energy of 3 MeV/u. They are then extracted in a fast-extraction mode as short ion bunches, are decelerated and cooled to helium temperatures in Penning traps (Source:
GSI Website on HITRAP).
Introduction
Roles & Responsibilities
Function |
Name |
GSI phone |
e-mail |
MCC (Machine Controls Coordinator) at ACO |
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Control System Contact Person at HITRAP |
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MPL (Machine Project Leader) for HITRAP |
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Physics Model (LSA) specialist for HITRAP |
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STV (for HITRAP) |
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Status and Schedule
Integration Plan & Schedule
Tests & Acceptance
Documentation
- rack planning
- supply room building floor.room, link to document
- another room building floor.room, link to document
- specific equipment
- cables
- cave/tunnel, link to document
- supply room, link to document
Accelerator Nomen (Nomenklatur)
Nomenclatures for HITRAP can be found in
"BEL-Web" via
Accnomen -> "Bestückung". More precisely, HITRAP devices are located in sections
527 and
529.
Note: The aforementioned intranet pages are accessible via the Campus network only.
Schematic overview pictures
General Overview
Source:
GSI Website on HITRAP
Timing Groups / Particle Transfers / Accelerator Zones
Source: Frank Herfurth, Zoran Andelkovic, Peter Gerhard
Further Documents & Presentations
Minutes