Matches in SemOpenAlex for { <https://semopenalex.org/work/W1648489767> ?p ?o ?g. }
- W1648489767 abstract "Microscopic calculations based on the cranked shell model extended by the random-phase-approximation are performed to investigate the quadrupole and octupole correlations for excited superdeformed bands in $^{190}mathrm{Hg}$, $^{192}mathrm{Hg}$, and $^{194}mathrm{Hg}$. The K=2 octupole vibrations are predicted to be the lowest excitation modes at zero rotational frequency. At finite frequency, however, the interplay between rotation and vibrations produces different effects depending on neutron number: The lowest octupole phonon is rotationally aligned in $^{190}mathrm{Hg}$, is crossed by the aligned two-quasiparticle bands in $^{192}mathrm{Hg}$, and retains the K=2 octupole vibrational character up to the highest frequency in $^{194}mathrm{Hg}$. The ensuremath{gamma} vibrations are predicted to be higher in energy and less collective than the octupole vibrations. From a comparison with the experimental dynamic moments of inertia, a new interpretation of the observed excited bands invoking the K=2 octupole vibrations is proposed, which suggests those octupole vibrations may be prevalent in superdeformed Hg nuclei. textcopyright{} 1996 The American Physical Society." @default.
- W1648489767 created "2016-06-24" @default.
- W1648489767 creator A5026387274 @default.
- W1648489767 creator A5028646014 @default.
- W1648489767 creator A5058162413 @default.
- W1648489767 creator A5083800870 @default.
- W1648489767 date "1996-05-01" @default.
- W1648489767 modified "2023-10-16" @default.
- W1648489767 title "Microscopic structure of high-spin vibrational excitations in superdeformedHg190,192,194" @default.
- W1648489767 cites W1598775247 @default.
- W1648489767 cites W1602005069 @default.
- W1648489767 cites W1614071339 @default.
- W1648489767 cites W1672808789 @default.
- W1648489767 cites W192812853 @default.
- W1648489767 cites W1969479988 @default.
- W1648489767 cites W1970194981 @default.
- W1648489767 cites W1970844138 @default.
- W1648489767 cites W1974825100 @default.
- W1648489767 cites W1974953384 @default.
- W1648489767 cites W1978790200 @default.
- W1648489767 cites W1979611869 @default.
- W1648489767 cites W1981542814 @default.
- W1648489767 cites W1982767187 @default.
- W1648489767 cites W1986678448 @default.
- W1648489767 cites W1990945843 @default.
- W1648489767 cites W1992242785 @default.
- W1648489767 cites W1996670946 @default.
- W1648489767 cites W1997300181 @default.
- W1648489767 cites W2002517246 @default.
- W1648489767 cites W2009818904 @default.
- W1648489767 cites W2021803823 @default.
- W1648489767 cites W2030430391 @default.
- W1648489767 cites W2034852492 @default.
- W1648489767 cites W2035096041 @default.
- W1648489767 cites W2036069172 @default.
- W1648489767 cites W2043463220 @default.
- W1648489767 cites W2049638559 @default.
- W1648489767 cites W2049734666 @default.
- W1648489767 cites W2051146786 @default.
- W1648489767 cites W2060816212 @default.
- W1648489767 cites W2062006767 @default.
- W1648489767 cites W2063358274 @default.
- W1648489767 cites W2082059018 @default.
- W1648489767 cites W2082550646 @default.
- W1648489767 cites W2087179727 @default.
- W1648489767 cites W2111951257 @default.
- W1648489767 cites W2112109964 @default.
- W1648489767 cites W2123534259 @default.
- W1648489767 cites W2124987741 @default.
- W1648489767 cites W2131011081 @default.
- W1648489767 cites W2313067961 @default.
- W1648489767 cites W2314939198 @default.
- W1648489767 cites W3102552802 @default.
- W1648489767 doi "https://doi.org/10.1103/physrevc.53.2213" @default.
- W1648489767 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/9971199" @default.
- W1648489767 hasPublicationYear "1996" @default.
- W1648489767 type Work @default.
- W1648489767 sameAs 1648489767 @default.
- W1648489767 citedByCount "63" @default.
- W1648489767 countsByYear W16484897672012 @default.
- W1648489767 countsByYear W16484897672013 @default.
- W1648489767 countsByYear W16484897672015 @default.
- W1648489767 countsByYear W16484897672016 @default.
- W1648489767 countsByYear W16484897672018 @default.
- W1648489767 countsByYear W16484897672020 @default.
- W1648489767 countsByYear W16484897672021 @default.
- W1648489767 crossrefType "journal-article" @default.
- W1648489767 hasAuthorship W1648489767A5026387274 @default.
- W1648489767 hasAuthorship W1648489767A5028646014 @default.
- W1648489767 hasAuthorship W1648489767A5058162413 @default.
- W1648489767 hasAuthorship W1648489767A5083800870 @default.
- W1648489767 hasBestOaLocation W16484897672 @default.
- W1648489767 hasConcept C10238366 @default.
- W1648489767 hasConcept C121332964 @default.
- W1648489767 hasConcept C136479403 @default.
- W1648489767 hasConcept C181500209 @default.
- W1648489767 hasConcept C184779094 @default.
- W1648489767 hasConcept C198394728 @default.
- W1648489767 hasConcept C24169881 @default.
- W1648489767 hasConcept C26873012 @default.
- W1648489767 hasConcept C39984356 @default.
- W1648489767 hasConcept C42704618 @default.
- W1648489767 hasConcept C54101563 @default.
- W1648489767 hasConcept C62520636 @default.
- W1648489767 hasConcept C83581075 @default.
- W1648489767 hasConcept C97355855 @default.
- W1648489767 hasConceptScore W1648489767C10238366 @default.
- W1648489767 hasConceptScore W1648489767C121332964 @default.
- W1648489767 hasConceptScore W1648489767C136479403 @default.
- W1648489767 hasConceptScore W1648489767C181500209 @default.
- W1648489767 hasConceptScore W1648489767C184779094 @default.
- W1648489767 hasConceptScore W1648489767C198394728 @default.
- W1648489767 hasConceptScore W1648489767C24169881 @default.
- W1648489767 hasConceptScore W1648489767C26873012 @default.
- W1648489767 hasConceptScore W1648489767C39984356 @default.
- W1648489767 hasConceptScore W1648489767C42704618 @default.
- W1648489767 hasConceptScore W1648489767C54101563 @default.
- W1648489767 hasConceptScore W1648489767C62520636 @default.
- W1648489767 hasConceptScore W1648489767C83581075 @default.
- W1648489767 hasConceptScore W1648489767C97355855 @default.