Correction: Marques, A. et al. Evolution of Plant B Chromosome Enriched Sequences. Genes 2018, 9, 515

Marques, André; Klemme, Sonja; Houben, Andreas

doi:10.3390/genes10020085

Cited by 7 publications

(1 citation statement)

References 2 publications

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“…In Japan (RIKEN) using a 50 Ti beam energy of 80 MeV/A, two new neutronrich isotopes 31 Ne and 37 Mg were synthesized [22], and in the joint Dubna-RIKEN experiment with a 48 Ca beam at an energy of 70 MeV/A for the first time new isotopes 38 Mg and 40,41 A1 [23] were observed. Finally, in the 48 Ca fragmentation reaction on the accelerator of the University of Michigan, the last stable magnesium isotope, 40 Mg, was obtained [24]. All these experiments convincingly showed that the use of beams of neutron-rich nuclei makes it possible to obtain new isotopes in the reactions of fragmentation of the bombarding ion with yields several orders of magnitude higher than the corresponding yields in other reactions.…”

Section: Reactions Of Fragmentation Of Bombarding Ionmentioning

confidence: 81%

Synthesis reactions of neutron-rich isotopes of light elements

Penionzhkevich

2021

Eurasian J. Phys. Funct. Mater.

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One of the most complicated problems of experimental nuclear physics is the synthesis of exotic nuclei near the boundaries of stability. These nuclei, as a rule, are 10 or more neutrons away from stable nuclei, have a short lifetime (less than 1 ms) and low binding energy. All this determines special requirements to the choice of reactions for the synthesis of such nuclei and the method of their transportation and registration. Mainly, for the synthesis of exotic nuclei, reactions of fragmentation of the bombarding heavy ion, direct reactions of the types (p, d) , (d, p) , (d, n) , ( d , 3 He), etc., as well as reactions of fission and deep inelastic transfer are used.

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