Form factors for various degrees of freedom in the 6Li nucleus

Kudeyarov, Yu. A.; Kurdyumov, I.V.; Neudatchin, V. G.; Smirnov, Yu.F.

doi:10.1016/0375-9474(71)90540-9

Cited by 96 publications

(4 citation statements)

References 47 publications

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“…state is predicted first by the shell-model and also when antisymmetrization is included in a 6Li cluster model [12,13]. The use of a 2S relative state is not confirmed by our results concerning the 1 + 9.70 MeV state but it must be noted that the agreement between our calculation and the experimental data is not so good especially at forward angles.…”

contrasting

confidence: 74%

Exact-finite-range DWBA analysis of 12C(6 Li, α)14N reaction at E(6Li) = 20 MeV

1978

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2014 Nous présentons une analyse DWBA des pouvoirs d'analyse observés dans la réaction 12C(6Li, 03B1)14N étudiée à Heidelberg à l'aide d'une source de 6Li vectoriellement polarisée. Nous avons concentré notre étude sur les trois états 1+ de 14N : fondamental, 6,20 MeV et 9,70 MeV, ceux-ci étant particulièrement aptes à une description en termes d'un transfert direct de deuton. Abstract. 2014 We have performed EFR-DWBA calculations of the analysing powers observed in the 12C(6Li, 03B1)14N reaction with the vector polarized 6Li source of Heidelberg. We have focused our analysis on the three 1+ states : ground, 6.20 MeV and 9.70 MeV states of the 14N nucleus which are particularly relevant for a deuteron cluster direct transfer.

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contrasting

confidence: 74%

Exact-finite-range DWBA analysis of 12C(6 Li, α)14N reaction at E(6Li) = 20 MeV

1978

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“…Cluster model was proposed by Yu.F. Smirnov with co-authors for the description of electromagnetic form-factors of lightest nuclei [14].…”

Section: Contributions In Nuclear Physics and Related Areasmentioning

confidence: 99%

In memoriam Yurii Fedorovich Smirnov: Some personal reminiscences on a great physicist

Kibler

2012

Phys. Atom. Nuclei

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Yurii Fedorovich Smirnov (1935-2008 was a famous theoretical physicist. He achieved his career mainly at the Institute of Nuclear Physics of Moscow. These notes describe some particular facets of the contributions of the late Professor Smirnov in theoretical physics and mathematical physics. They also relate some personal reminiscences on Yurii Smirnov in connection with some of his numerous works.

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“…x R3YlM(Z? )$(1234; 567), (6) where N is the normalization constant, 8 is the antisymmetrizationoperator which exchanges all pairs of nucleons, t;( 1234; 567) is the spin function, and…”

Section: The Wave Functionmentioning

confidence: 99%