Matches in SemOpenAlex for { <https://semopenalex.org/work/W2143143225> ?p ?o ?g. }
- W2143143225 abstract "We study the threshold production of two pions induced by neutrinos in nucleon targets. The contribution of nucleon, pion, and contact terms are calculated using a chiral Lagrangian. The contribution of the Roper resonance, neglected in earlier studies, has also been taken into account. The numerical results for the cross sections are presented and compared with the available experimental data. It has been found that in the two-pion channels with {pi}{sup +}{pi}{sup -} and {pi}{sup 0}{pi}{sup 0} in the final state, the contribution of the N*(1440) is quite important and could be used to determine the N*(1440) electroweak transition form factors if experimental data with better statistics become available in the future." @default.
- W2143143225 created "2016-06-24" @default.
- W2143143225 creator A5030262261 @default.
- W2143143225 creator A5032751717 @default.
- W2143143225 creator A5039396675 @default.
- W2143143225 creator A5057483329 @default.
- W2143143225 creator A5085724792 @default.
- W2143143225 date "2008-03-17" @default.
- W2143143225 modified "2023-10-01" @default.
- W2143143225 title "νinduced threshold production of two pions andN*(1440)electroweak form factors" @default.
- W2143143225 cites W1542697428 @default.
- W2143143225 cites W1589856114 @default.
- W2143143225 cites W1964997718 @default.
- W2143143225 cites W1966400370 @default.
- W2143143225 cites W1971939400 @default.
- W2143143225 cites W1978065740 @default.
- W2143143225 cites W1980950065 @default.
- W2143143225 cites W1988211766 @default.
- W2143143225 cites W1988571010 @default.
- W2143143225 cites W1991373201 @default.
- W2143143225 cites W1991766752 @default.
- W2143143225 cites W1994736519 @default.
- W2143143225 cites W2006370394 @default.
- W2143143225 cites W2011840858 @default.
- W2143143225 cites W2016669540 @default.
- W2143143225 cites W2018390037 @default.
- W2143143225 cites W2019276850 @default.
- W2143143225 cites W2021836560 @default.
- W2143143225 cites W2023000206 @default.
- W2143143225 cites W2026518393 @default.
- W2143143225 cites W2028823451 @default.
- W2143143225 cites W2028836528 @default.
- W2143143225 cites W2031702162 @default.
- W2143143225 cites W2036620059 @default.
- W2143143225 cites W2039842246 @default.
- W2143143225 cites W2043185522 @default.
- W2143143225 cites W2055909749 @default.
- W2143143225 cites W2064643261 @default.
- W2143143225 cites W2067675397 @default.
- W2143143225 cites W2069121987 @default.
- W2143143225 cites W2075430016 @default.
- W2143143225 cites W2077330652 @default.
- W2143143225 cites W2083268185 @default.
- W2143143225 cites W2085270670 @default.
- W2143143225 cites W2089417960 @default.
- W2143143225 cites W2091254045 @default.
- W2143143225 cites W2101530512 @default.
- W2143143225 cites W2103657774 @default.
- W2143143225 cites W2112644630 @default.
- W2143143225 cites W2127701094 @default.
- W2143143225 cites W2148250454 @default.
- W2143143225 cites W2155646977 @default.
- W2143143225 cites W2158727754 @default.
- W2143143225 cites W2252578136 @default.
- W2143143225 cites W2263174792 @default.
- W2143143225 cites W2326894947 @default.
- W2143143225 cites W2614252110 @default.
- W2143143225 cites W2950487412 @default.
- W2143143225 cites W3021075815 @default.
- W2143143225 cites W3099887992 @default.
- W2143143225 cites W3101815347 @default.
- W2143143225 cites W3124067618 @default.
- W2143143225 cites W4234081474 @default.
- W2143143225 cites W4255724512 @default.
- W2143143225 cites W75095360 @default.
- W2143143225 doi "https://doi.org/10.1103/physrevd.77.053009" @default.
- W2143143225 hasPublicationYear "2008" @default.
- W2143143225 type Work @default.
- W2143143225 sameAs 2143143225 @default.
- W2143143225 citedByCount "22" @default.
- W2143143225 countsByYear W21431432252013 @default.
- W2143143225 countsByYear W21431432252014 @default.
- W2143143225 countsByYear W21431432252015 @default.
- W2143143225 countsByYear W21431432252016 @default.
- W2143143225 countsByYear W21431432252017 @default.
- W2143143225 countsByYear W21431432252018 @default.
- W2143143225 countsByYear W21431432252020 @default.
- W2143143225 countsByYear W21431432252022 @default.
- W2143143225 countsByYear W21431432252023 @default.
- W2143143225 crossrefType "journal-article" @default.
- W2143143225 hasAuthorship W2143143225A5030262261 @default.
- W2143143225 hasAuthorship W2143143225A5032751717 @default.
- W2143143225 hasAuthorship W2143143225A5039396675 @default.
- W2143143225 hasAuthorship W2143143225A5057483329 @default.
- W2143143225 hasAuthorship W2143143225A5085724792 @default.
- W2143143225 hasBestOaLocation W21431432252 @default.
- W2143143225 hasConcept C109214941 @default.
- W2143143225 hasConcept C121332964 @default.
- W2143143225 hasConcept C139719470 @default.
- W2143143225 hasConcept C162324750 @default.
- W2143143225 hasConcept C17863212 @default.
- W2143143225 hasConcept C185544564 @default.
- W2143143225 hasConcept C206094082 @default.
- W2143143225 hasConcept C2778348673 @default.
- W2143143225 hasConceptScore W2143143225C109214941 @default.
- W2143143225 hasConceptScore W2143143225C121332964 @default.
- W2143143225 hasConceptScore W2143143225C139719470 @default.
- W2143143225 hasConceptScore W2143143225C162324750 @default.
- W2143143225 hasConceptScore W2143143225C17863212 @default.
- W2143143225 hasConceptScore W2143143225C185544564 @default.