L. Delperal et al., AN ELECTRONIC DEVICE THAT SUITS SPACE RESEARCH REQUIREMENTS FOR ION DETECTION, IEEE transactions on nuclear science, 44(3), 1997, pp. 1442-1447
An electronics system for low-energy cosmic ion detection has been des
igned and built, This instrument tvas designed to be shipped onboard a
satellite with a mission to detect salar energetic particles (SEP) an
d to study the anomalous component of cosmic rays. The electronics of
the instrument were verified by four functional tests. In the first of
these tests, its response to well-known electronic purses, analogous
to those produced in the detectors, was checked, During the second tes
t, the coincidence-anticoincidence performances have been verified, Th
e third test consisted of the calibration of each detector and its cor
responding electronics chain with alpha particles from a Am-241 source
, All these preliminary tests were carried out in an Alcala University
laboratory, The final test was done with nuclear reaction fragments a
t the VICKSI (Van de Graaff Isochron Cyclotron Kombination fur Schwere
Ionen) heavy ion accelerator facility of the Hahn Meitner Institute i
n Berlin, The trails proved to be successful, with satisfactory result
s when compared with those achieved by standard nuclear instrumentatio
n.