Design and development of the P-cubed Target Insertion Device (P$^3$-TID)
R. Mena-Andrade, J-L. Grenard, K. Guergar, R. Seidenbinder, M.I. Besana, N. Vallis, M. Zykova, D. Hauenstein, R. Zennaro, P. Craievich, and A. Perillo-Marcone
TL;DR
The paper details the mechanical design of the P$^3$-TID, a device for testing positron source targets in the PSI P$^3$ experiment, enabling easy target installation and replacement.
Contribution
It introduces the detailed mechanical design of the P$^3$-TID, a novel instrument for testing positron source targets in a research setting.
Findings
Design facilitates easy installation and replacement of targets
Mechanical design supports testing of various target configurations
Enhances experimental flexibility in positron source research
Abstract
The P-cubed Target Insertion Device (P-TID) is a research instrument dedicated to test novel positron source target configurations inside of the proof-of-principle PSI Positron Production (P-cubed or P) experiment at the Paul Scherrer Institute. The device allows an easy installation, positioning and replacement of different fixed targets. The present article describes its mechanical design at a detailed level.
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