FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2296980471> ?p ?o ?g. }

• W2296980471 abstract "We calculate the total and the differential cross section for $np$ scattering at low energies in the isospin $I=1$ channel within the so-called extended Linear Sigma Model. This model contains conventional (pseudo)scalar and (axial--)vector mesons, as well as the nucleon and its chiral partner within the mirror assignment. In order to obtain good agreement with experimental data analysis results we need to consider two additional resonances: the lightest scalar state $f_{0}(500)$ and a dibaryon state with quantum numbers $I=1,$ $J^{P}=0^{+}$ (also known as $^{1}S_{0}$ resonance). The resonance $f_{0}(500)$ is coupled to nucleons in a chirally invariant way through the mirror assignment and is crucial for a qualitatively correct description of the shape of the differential cross section. On the other hand, the dibaryon is exchanged in the $s$--channel and is responsible of the large cross section close to threshold. We compare our results to data analysis results performed by the SAID program of the CNS Data Analysis Center (in the following SAID results)." @default.
• W2296980471 created "2016-06-24" @default.
• W2296980471 creator A5027705818 @default.
• W2296980471 creator A5034665552 @default.
• W2296980471 creator A5042555010 @default.
• W2296980471 creator A5053741497 @default.
• W2296980471 date "2016-10-31" @default.
• W2296980471 modified "2023-09-24" @default.
• W2296980471 title "Role of scalar dibaryon andf0(500)in the isovector channel of low-energy neutron-proton scattering" @default.
• W2296980471 cites W1492673575 @default.
• W2296980471 cites W1537742334 @default.
• W2296980471 cites W1588525024 @default.
• W2296980471 cites W1624780661 @default.
• W2296980471 cites W1693967284 @default.
• W2296980471 cites W1830977276 @default.
• W2296980471 cites W1862518851 @default.
• W2296980471 cites W1969319829 @default.
• W2296980471 cites W1969602276 @default.
• W2296980471 cites W1970308933 @default.
• W2296980471 cites W1979630741 @default.
• W2296980471 cites W1980384226 @default.
• W2296980471 cites W1983403769 @default.
• W2296980471 cites W1985146134 @default.
• W2296980471 cites W1993419114 @default.
• W2296980471 cites W2001747222 @default.
• W2296980471 cites W2002614290 @default.
• W2296980471 cites W2004987671 @default.
• W2296980471 cites W2005693727 @default.
• W2296980471 cites W2007121966 @default.
• W2296980471 cites W2009910715 @default.
• W2296980471 cites W2010012073 @default.
• W2296980471 cites W2014632813 @default.
• W2296980471 cites W2016951359 @default.
• W2296980471 cites W2019008803 @default.
• W2296980471 cites W2022015671 @default.
• W2296980471 cites W2026119345 @default.
• W2296980471 cites W2029049894 @default.
• W2296980471 cites W2032804280 @default.
• W2296980471 cites W2036660138 @default.
• W2296980471 cites W2048292726 @default.
• W2296980471 cites W2051071244 @default.
• W2296980471 cites W2052570621 @default.
• W2296980471 cites W2053664127 @default.
• W2296980471 cites W2054733548 @default.
• W2296980471 cites W2056758544 @default.
• W2296980471 cites W2059011362 @default.
• W2296980471 cites W2063306217 @default.
• W2296980471 cites W2064456825 @default.
• W2296980471 cites W2065636686 @default.
• W2296980471 cites W2068291728 @default.
• W2296980471 cites W2074465651 @default.
• W2296980471 cites W2080372060 @default.
• W2296980471 cites W2084051200 @default.
• W2296980471 cites W2087593175 @default.
• W2296980471 cites W2092057151 @default.
• W2296980471 cites W2092729843 @default.
• W2296980471 cites W2096487969 @default.
• W2296980471 cites W2105190530 @default.
• W2296980471 cites W2110999179 @default.
• W2296980471 cites W2127821692 @default.
• W2296980471 cites W2130648907 @default.
• W2296980471 cites W2131710660 @default.
• W2296980471 cites W2141743314 @default.
• W2296980471 cites W2144624158 @default.
• W2296980471 cites W2151622674 @default.
• W2296980471 cites W2159449603 @default.
• W2296980471 cites W2163036020 @default.
• W2296980471 cites W2163644439 @default.
• W2296980471 cites W2172729412 @default.
• W2296980471 cites W2221307284 @default.
• W2296980471 cites W2261091018 @default.
• W2296980471 cites W2324940898 @default.
• W2296980471 cites W2336774616 @default.
• W2296980471 cites W2505808119 @default.
• W2296980471 cites W2573932363 @default.
• W2296980471 cites W2962965919 @default.
• W2296980471 cites W3016548013 @default.
• W2296980471 cites W3098154437 @default.
• W2296980471 cites W3099372963 @default.
• W2296980471 cites W3099673396 @default.
• W2296980471 cites W3099891001 @default.
• W2296980471 cites W3100296630 @default.
• W2296980471 cites W3100611318 @default.
• W2296980471 cites W3102005110 @default.
• W2296980471 cites W3103936676 @default.
• W2296980471 cites W3104788410 @default.
• W2296980471 cites W3105345248 @default.
• W2296980471 cites W3105958134 @default.
• W2296980471 cites W3106258697 @default.
• W2296980471 cites W4246993076 @default.
• W2296980471 cites W4292322877 @default.
• W2296980471 cites W782139581 @default.
• W2296980471 doi "https://doi.org/10.1103/physrevc.94.044001" @default.
• W2296980471 hasPublicationYear "2016" @default.
• W2296980471 type Work @default.
• W2296980471 sameAs 2296980471 @default.
• W2296980471 citedByCount "2" @default.
• W2296980471 countsByYear W22969804712018 @default.
• W2296980471 countsByYear W22969804712019 @default.
• W2296980471 crossrefType "journal-article" @default.

• next