Hydrogen-4 and Hydrogen-5 from t+t and t+d transfer reactions studied with a 57.5-MeV triton beam

Details Hydrogen-4 and Hydrogen-5 from t+t and t+d transfer reactions studied with a 57.5-MeV triton beam Hydrogen-4 and Hydrogen-5 from t+t and t+d transfer reactions studied with a 57.5-MeV triton beam

Apr 2002

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=2002aipc..610..920t&link_type=abstract

NUCLEAR PHYSICS IN THE 21st CENTURY:International Nuclear Physics Conference INPC 2001. AIP Conference Proceedings, Volume 610,

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Collective Levels, Transfer Reactions, Polarized And Other Targets, A<=5

Scientific paper

An environmentally safe liquid/solid tritium target suitable for beams of radioactive nuclei was created and used in the study of t+d and t+t transfer reactions with putting emphasis on the observation of 4H and 5H resonance states. A state of 4H with Eres=3.22+/-0.15 MeV and Γobs=3.33+/-0.25 MeV was obtained in t+d reaction from the spectra of protons leaving the target at θlab=18°-32° and detected in coincidence with tritons. A valuable fraction of protons detected in t+t reaction at θlab=18°-32° in ptn coincidence events was attributed to the states of 5H nucleus. At ~2.5 MeV above the tnn decay threshold the 5H spectrum shows up a narrow maximum followed by a wide structure at 4-7 MeV. One can not exclude that interference effects could modify the observed 5H resonance maximum resulting in its energy shift and width reduction. .

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