Development and characterization of a low-energy particle-identification telescope array for proton and alpha spectroscopy

Details Development and characterization of a low-energy particle-identification telescope array for proton and alpha spectroscopy Development and characterization of a low-energy particle-identification telescope array for proton and alpha spectroscopy

Feb 1997

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1997nimpa.397..292r&link_type=abstract

Nuclear Instruments and Methods in Physics Research Section A, v. 397, p. 292-303.

Physics

2

Scientific paper

Six improved low-energy gas-ΔE/gas-ΔE/Si-E particle-identification telescopes have been incorporated into an array. Calibration experiments have shown that these telescopes are capable of detecting and identifying protons with energies as low as ~ 180 keV and alpha particles with energies as low as ~450 keV, even when operating in a high-radiation environment. Methods of calibration at very low energies have been developed and tested. A survey of the beta-delayed proton emitters 21Mg, 29S, 40Sc and 41Ti revealed no new intense proton groups at low energies.

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