Features of the Zeeman Splitting and G-Factors of 2p5f Configuration Levels of Carbon Atom

Galina Pavlovna Anisimova, Igor Cheslavovich Mashek, Olga Aleksandrovna Dolmatova, Anna Petrovna Gorbenko, Robert Ivanovich Semenov, Martin Tchoffo, Galina Aleksandrovna Tsygankova

Результат исследований: Научные публикации в периодических изданияхстатья

Выдержка

The gyromagnetic ratios of levels (the g-factors) – are one of the most important characteristics of atoms. There are no corresponding experimental data in the literature for npn`l configurations of carbon atom. That is why the theoretical study of the fine and the Zeeman structures for the determination of the g-factors is ongoing. All the calculations are effected in one configuration approximation, with the energy operator matrix, in which the maximum possible number of interactions is taken into account, including the magnetic, spin-orbit (own and other) and spin-spin interactions. The fine structures were studied in three approximations (LS, LK, jK) for the establishment of the character of the coupling in 2p5f C I configuration. During the study of Zeeman splitting (except the g-factors) features of it were determined: the fields of crossings and anticrossings of magnetic components. In all steps of calculations the numerical digitalization of corresponding energy operator matrices were effected, e.g. t
Язык оригиналаанглийский
Страницы (с-по)218-223
Число страниц6
ЖурналAmerican Journal of Modern Physics
Том3
Номер выпуска6
DOI
СостояниеОпубликовано - 2014

Отпечаток

carbon
configurations
atoms
operators
approximation
fine structure
interactions
orbits
energy

Цитировать

Anisimova, Galina Pavlovna ; Mashek, Igor Cheslavovich ; Dolmatova, Olga Aleksandrovna ; Gorbenko, Anna Petrovna ; Semenov, Robert Ivanovich ; Tchoffo, Martin ; Tsygankova, Galina Aleksandrovna. / Features of the Zeeman Splitting and G-Factors of 2p5f Configuration Levels of Carbon Atom. В: American Journal of Modern Physics. 2014 ; Том 3, № 6. стр. 218-223.
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abstract = "The gyromagnetic ratios of levels (the g-factors) – are one of the most important characteristics of atoms. There are no corresponding experimental data in the literature for npn`l configurations of carbon atom. That is why the theoretical study of the fine and the Zeeman structures for the determination of the g-factors is ongoing. All the calculations are effected in one configuration approximation, with the energy operator matrix, in which the maximum possible number of interactions is taken into account, including the magnetic, spin-orbit (own and other) and spin-spin interactions. The fine structures were studied in three approximations (LS, LK, jK) for the establishment of the character of the coupling in 2p5f C I configuration. During the study of Zeeman splitting (except the g-factors) features of it were determined: the fields of crossings and anticrossings of magnetic components. In all steps of calculations the numerical digitalization of corresponding energy operator matrices were effected, e.g. t",
author = "Anisimova, {Galina Pavlovna} and Mashek, {Igor Cheslavovich} and Dolmatova, {Olga Aleksandrovna} and Gorbenko, {Anna Petrovna} and Semenov, {Robert Ivanovich} and Martin Tchoffo and Tsygankova, {Galina Aleksandrovna}",
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Features of the Zeeman Splitting and G-Factors of 2p5f Configuration Levels of Carbon Atom. / Anisimova, Galina Pavlovna; Mashek, Igor Cheslavovich; Dolmatova, Olga Aleksandrovna; Gorbenko, Anna Petrovna; Semenov, Robert Ivanovich; Tchoffo, Martin; Tsygankova, Galina Aleksandrovna.

В: American Journal of Modern Physics, Том 3, № 6, 2014, стр. 218-223.

Результат исследований: Научные публикации в периодических изданияхстатья

TY - JOUR

T1 - Features of the Zeeman Splitting and G-Factors of 2p5f Configuration Levels of Carbon Atom

AU - Anisimova, Galina Pavlovna

AU - Mashek, Igor Cheslavovich

AU - Dolmatova, Olga Aleksandrovna

AU - Gorbenko, Anna Petrovna

AU - Semenov, Robert Ivanovich

AU - Tchoffo, Martin

AU - Tsygankova, Galina Aleksandrovna

PY - 2014

Y1 - 2014

N2 - The gyromagnetic ratios of levels (the g-factors) – are one of the most important characteristics of atoms. There are no corresponding experimental data in the literature for npn`l configurations of carbon atom. That is why the theoretical study of the fine and the Zeeman structures for the determination of the g-factors is ongoing. All the calculations are effected in one configuration approximation, with the energy operator matrix, in which the maximum possible number of interactions is taken into account, including the magnetic, spin-orbit (own and other) and spin-spin interactions. The fine structures were studied in three approximations (LS, LK, jK) for the establishment of the character of the coupling in 2p5f C I configuration. During the study of Zeeman splitting (except the g-factors) features of it were determined: the fields of crossings and anticrossings of magnetic components. In all steps of calculations the numerical digitalization of corresponding energy operator matrices were effected, e.g. t

AB - The gyromagnetic ratios of levels (the g-factors) – are one of the most important characteristics of atoms. There are no corresponding experimental data in the literature for npn`l configurations of carbon atom. That is why the theoretical study of the fine and the Zeeman structures for the determination of the g-factors is ongoing. All the calculations are effected in one configuration approximation, with the energy operator matrix, in which the maximum possible number of interactions is taken into account, including the magnetic, spin-orbit (own and other) and spin-spin interactions. The fine structures were studied in three approximations (LS, LK, jK) for the establishment of the character of the coupling in 2p5f C I configuration. During the study of Zeeman splitting (except the g-factors) features of it were determined: the fields of crossings and anticrossings of magnetic components. In all steps of calculations the numerical digitalization of corresponding energy operator matrices were effected, e.g. t

U2 - 10.11648/j.ajmp.20140306.1

DO - 10.11648/j.ajmp.20140306.1

M3 - Article

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SP - 218

EP - 223

JO - American Journal of Modern Physics

JF - American Journal of Modern Physics

SN - 2326-8867

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ER -