Production of heavy and superheavy neutron-rich nuclei in neutron capture processes

Details Production of heavy and superheavy neutron-rich nuclei in neutron capture processes Production of heavy and superheavy neutron-rich nuclei in neutron capture processes

Oct 2011

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=2011phrvc..84d4617z&link_type=abstract

Physical Review C, vol. 84, Issue 4, id. 044617

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2

Neutron Absorption, Nuclear Explosions, Nucleosynthesis In Novae, Supernovae, And Other Explosive Environments, 220<=A

Scientific paper

The neutron capture process is considered as an alternative method for production of superheavy (SH) nuclei. Strong neutron fluxes might be provided by nuclear reactors and nuclear explosions in the laboratory frame and by supernova explosions in nature. All these cases are discussed in the paper. There are two gaps of short-lived nuclei (one is the well-known fermium gap and the other one is located in the region of Z=106-108 and N˜170) which impede the formation of SH nuclei by rather weak neutron fluxes realized at available nuclear reactors. We find that in the course of multiple (rather “soft”) nuclear explosions these gaps may be easily bypassed, and thus, a measurable amount of the neutron-rich long-living SH nuclei located at the island of stability may be synthesized. Existing pulsed reactors do not allow one to bypass these gaps. We formulate requirements for the pulsed reactors of the next generation that could be used for production of long-living SH nuclei. Natural formation of SH nuclei (in supernova explosions) is also discussed. The yield of SH nuclei relative to lead is estimated to be about 10-12, which is not beyond the experimental sensitivity for a search of SH elements in cosmic rays.

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