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Abstracts Brochure - CERN

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TUPCH — Poster Session 27-Jun-06 16:00 - 18:00<br />

some detail, together with a brief comparison of the measured energy output with the theoretical predictions of the<br />

’surface current’ model of the SP radiation.<br />

Turn-by-turn Data Acquisition and Post-processing for the Diamond Booster and Storage<br />

Ring<br />

The Diamond booster and storage ring are<br />

equipped with Libera Electron Beam Position<br />

Processors with turn-by-turn capabilities.<br />

We describe here the turn-by-turn data<br />

R. Bartolini, M.G. Abbott, I.P.S. Martin, G. Rehm, J.H. Rowland<br />

(Diamond)<br />

acquisition system and the software used for post-processing the beam data. The signals from the Libera boxes are<br />

acquired and controlled with EPICS and then transferred to the MATLAB environment via the MATLAB Channel<br />

Access. Here they are post-processed using MATLAB capabilities and dedicated software linked to MATLAB. Examples<br />

of data acquired and measurements performed during Diamond booster and storage ring commissioning are<br />

reported.<br />

First Use of Current and Charge Measurement Systems in the Commissioning of Diamond<br />

This paper will discuss the results obtained<br />

from the charge and current measurement A.F.D. Morgan, M.G. Abbott, G. Rehm (Diamond)<br />

systems installed in Diamond during the<br />

commissioning stage of operation. The charge measurements are gathered from integrating current transformers<br />

and Faraday cups, while the current is measured using a DC current transformer in each ring. The measured beam<br />

parameters will be investigated, as well as how well the devices performed against expectations.<br />

Performance of Global Diagnostics Systems during the Commissioning of Diamond<br />

This paper summarises data acquired with<br />

beam diagnostics systems distributed glob- G. Rehm, M.G. Abbott (Diamond)<br />

ally through Diamond’s Linac, transfer<br />

paths, booster and storage ring. It shows results from the electron beam position monitors using their capabilities<br />

to monitor transient events, the booster ramp as well as stored beam. The performance derived from real beam<br />

measurements is compared to measurements obtained in the lab using signal and pulse generators. Other systems<br />

of widespread use are screens and synchrotron light monitors. Their performance and control system integration<br />

based on IEEE1394 camera technology is presented. Finally, first results from the fast and slow beam loss monitoring<br />

systems are described.<br />

Diamond Optical Diagnostics: First Measurements of Six-dimensional Phase-space<br />

We present in this paper a first set of measurements<br />

of the six-dimensional phase- C.A. Thomas, G. Rehm (Diamond)<br />

space of the electron beam in the Diamond<br />

storage ring. We recall the predicted performance and compare it with our first measurements. The two pinhole<br />

173<br />

TUPCH044<br />

TUPCH045<br />

TUPCH046<br />

TUPCH047

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