Target and PADC Track Detectors for Rare Isotope Studies

Abstract EN

A higher yield of rare isotope production methods, for example, isotope separation on-line (ISOL), is expected to be developed for the EURISOL facility.

In this paper as a part of the ongoing project, high power-target assembly and passive detector inclusion are given.

Theoretical calculations of several configurations were done using Monte Carlo code FLUKA aimed to produce 1015 fiss/s on LEU-Cx target.

The proposed radioactive ion beam (RIB) production relies on a high-power (4 MW) multibody target; a complete target design is given.

Additionally we explore the possibility to employ PADC passive detector as a complementary system for RIB characterization, since these already demonstrated their importance in nuclear interactions phenomenology.

In fact, information and recording rare and complex reaction product or short-lived isotope detection is obtained in an integral form through latent track formation.

Some technical details on track formation and PADC detector etching conditions complete this study.