Instruments and methods for nuclear spectroscopy
A kinematic coincidence technique for the study of low-energy heavy-ion reactions

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Abstract

A setup for kinematic coincidences has been developed for the study of low-energy binary heavy-ion reactions. It consists of a position-sensitive silicon detector, and a counter telescope with microchannel plates detectors and a conventional ΔE-E ionization chamber. The solid angle is around 0.6 msr. By measuring the time of flight of one of the ions, and both correlated scattering angles, we achieve mass and Q-value resolutions of ΔA/A⋍1120FWHM and ΔQ ⋍ 900 keV, respectively, for the elastic scatteri 58Ni + 64Ni near the barrier.

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On leave from CNEA, Laboratorio TANDAR, Buenos Aires, Argentina.

∗∗

On leave from Institute of Atomic Energy, Beijing, P.R. China.

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