Matches in SemOpenAlex for { <https://semopenalex.org/work/W1999632403> ?p ?o ?g. }
- W1999632403 endingPage "205" @default.
- W1999632403 startingPage "187" @default.
- W1999632403 abstract "We calculate the spectral function of the ω meson in nuclear matter at zero temperature by means of the low-density theorem. The ωN forward scattering amplitude is calculated within a unitary coupled-channel effective Lagrangian model that has been applied successfully to the combined analysis of pion- and photon-induced reactions. While the peak of the ω spectral distribution is shifted only slightly, we find a considerable broadening of the ω meson due to resonance-hole excitations. For ω mesons at rest with respect to the surrounding nuclear medium, we find an additional width of about 60 MeV at saturation density." @default.
- W1999632403 created "2016-06-24" @default.
- W1999632403 creator A5044149935 @default.
- W1999632403 creator A5054076253 @default.
- W1999632403 creator A5067237743 @default.
- W1999632403 creator A5070362764 @default.
- W1999632403 creator A5071464488 @default.
- W1999632403 date "2006-12-01" @default.
- W1999632403 modified "2023-10-12" @default.
- W1999632403 title "The spectral function of the ω meson in nuclear matter from a coupled-channel resonance model" @default.
- W1999632403 cites W1489763184 @default.
- W1999632403 cites W1506080775 @default.
- W1999632403 cites W1512366542 @default.
- W1999632403 cites W1522374974 @default.
- W1999632403 cites W1755352746 @default.
- W1999632403 cites W1932928508 @default.
- W1999632403 cites W1935074445 @default.
- W1999632403 cites W1964750206 @default.
- W1999632403 cites W1967259164 @default.
- W1999632403 cites W1971702030 @default.
- W1999632403 cites W1972853309 @default.
- W1999632403 cites W1976002797 @default.
- W1999632403 cites W1976716636 @default.
- W1999632403 cites W1978777985 @default.
- W1999632403 cites W1981763917 @default.
- W1999632403 cites W1983906852 @default.
- W1999632403 cites W1992171346 @default.
- W1999632403 cites W1995729447 @default.
- W1999632403 cites W1995857345 @default.
- W1999632403 cites W1998702920 @default.
- W1999632403 cites W2012434931 @default.
- W1999632403 cites W2016021593 @default.
- W1999632403 cites W2022017260 @default.
- W1999632403 cites W2022673318 @default.
- W1999632403 cites W2024349454 @default.
- W1999632403 cites W2026045339 @default.
- W1999632403 cites W2026684282 @default.
- W1999632403 cites W2031687974 @default.
- W1999632403 cites W2036491308 @default.
- W1999632403 cites W2043685136 @default.
- W1999632403 cites W2046722266 @default.
- W1999632403 cites W2051520978 @default.
- W1999632403 cites W2055049198 @default.
- W1999632403 cites W2059409031 @default.
- W1999632403 cites W2073549502 @default.
- W1999632403 cites W2074060150 @default.
- W1999632403 cites W2074631206 @default.
- W1999632403 cites W2076506550 @default.
- W1999632403 cites W2077374427 @default.
- W1999632403 cites W2081185906 @default.
- W1999632403 cites W2084717891 @default.
- W1999632403 cites W2088208700 @default.
- W1999632403 cites W2107729745 @default.
- W1999632403 cites W2118381893 @default.
- W1999632403 cites W2118664739 @default.
- W1999632403 cites W2134904836 @default.
- W1999632403 cites W2134913295 @default.
- W1999632403 cites W2152630126 @default.
- W1999632403 cites W2225024158 @default.
- W1999632403 cites W2252578136 @default.
- W1999632403 cites W289376410 @default.
- W1999632403 cites W2949326449 @default.
- W1999632403 cites W2951140323 @default.
- W1999632403 cites W2952929729 @default.
- W1999632403 cites W3023260112 @default.
- W1999632403 cites W3100578279 @default.
- W1999632403 cites W4244994295 @default.
- W1999632403 doi "https://doi.org/10.1016/j.nuclphysa.2006.10.037" @default.
- W1999632403 hasPublicationYear "2006" @default.
- W1999632403 type Work @default.
- W1999632403 sameAs 1999632403 @default.
- W1999632403 citedByCount "46" @default.
- W1999632403 countsByYear W19996324032012 @default.
- W1999632403 countsByYear W19996324032013 @default.
- W1999632403 countsByYear W19996324032014 @default.
- W1999632403 countsByYear W19996324032015 @default.
- W1999632403 countsByYear W19996324032016 @default.
- W1999632403 countsByYear W19996324032017 @default.
- W1999632403 countsByYear W19996324032019 @default.
- W1999632403 countsByYear W19996324032020 @default.
- W1999632403 countsByYear W19996324032021 @default.
- W1999632403 countsByYear W19996324032022 @default.
- W1999632403 countsByYear W19996324032023 @default.
- W1999632403 crossrefType "journal-article" @default.
- W1999632403 hasAuthorship W1999632403A5044149935 @default.
- W1999632403 hasAuthorship W1999632403A5054076253 @default.
- W1999632403 hasAuthorship W1999632403A5067237743 @default.
- W1999632403 hasAuthorship W1999632403A5070362764 @default.
- W1999632403 hasAuthorship W1999632403A5071464488 @default.
- W1999632403 hasBestOaLocation W19996324032 @default.
- W1999632403 hasConcept C109214941 @default.
- W1999632403 hasConcept C114614502 @default.
- W1999632403 hasConcept C121332964 @default.
- W1999632403 hasConcept C139210041 @default.
- W1999632403 hasConcept C159317903 @default.
- W1999632403 hasConcept C165410206 @default.
- W1999632403 hasConcept C172695262 @default.
- W1999632403 hasConcept C17744445 @default.