Matches in SemOpenAlex for { <https://semopenalex.org/work/W1989687627> ?p ?o ?g. }
- W1989687627 abstract "We calculate the electromagnetic form factors of the nucleon to third chiral order in manifestly Lorentz-invariant effective field theory. The $ensuremath{rho}$ and $ensuremath{omega}$ mesons as well as the $ensuremath{Delta}(1232)$ resonance are included as explicit dynamical degrees of freedom. To obtain a self-consistent theory with respect to constraints we consider the proper relations among the couplings of the effective Lagrangian. For the purpose of generating a systematic power counting, the extended on-mass-shell renormalization scheme is applied in combination with the small-scale expansion. The results for the electric and magnetic Sachs form factors are analyzed in terms of experimental data and compared to previous findings in the framework of chiral perturbation theory. The pion-mass dependence of the form factors is briefly discussed." @default.
- W1989687627 created "2016-06-24" @default.
- W1989687627 creator A5002050875 @default.
- W1989687627 creator A5018931052 @default.
- W1989687627 creator A5080030626 @default.
- W1989687627 date "2012-12-20" @default.
- W1989687627 modified "2023-09-30" @default.
- W1989687627 title "Electromagnetic form factors of the nucleon in effective field theory" @default.
- W1989687627 cites W1482908177 @default.
- W1989687627 cites W1516162047 @default.
- W1989687627 cites W1527591378 @default.
- W1989687627 cites W1581228648 @default.
- W1989687627 cites W1847162973 @default.
- W1989687627 cites W1968566563 @default.
- W1989687627 cites W1972326518 @default.
- W1989687627 cites W1974402243 @default.
- W1989687627 cites W1974893337 @default.
- W1989687627 cites W1978156797 @default.
- W1989687627 cites W1985164783 @default.
- W1989687627 cites W1985232487 @default.
- W1989687627 cites W1993985806 @default.
- W1989687627 cites W1997188395 @default.
- W1989687627 cites W1998455193 @default.
- W1989687627 cites W2003075651 @default.
- W1989687627 cites W2007484939 @default.
- W1989687627 cites W2011116057 @default.
- W1989687627 cites W2011492652 @default.
- W1989687627 cites W2014632813 @default.
- W1989687627 cites W2026277616 @default.
- W1989687627 cites W2028978137 @default.
- W1989687627 cites W2030525013 @default.
- W1989687627 cites W2031781791 @default.
- W1989687627 cites W2032057170 @default.
- W1989687627 cites W2032730849 @default.
- W1989687627 cites W2033650239 @default.
- W1989687627 cites W2039505988 @default.
- W1989687627 cites W2045201309 @default.
- W1989687627 cites W2046682902 @default.
- W1989687627 cites W2051527431 @default.
- W1989687627 cites W2051943270 @default.
- W1989687627 cites W2058010366 @default.
- W1989687627 cites W2058385665 @default.
- W1989687627 cites W2059676726 @default.
- W1989687627 cites W2061373167 @default.
- W1989687627 cites W2064243872 @default.
- W1989687627 cites W2065864547 @default.
- W1989687627 cites W2075776532 @default.
- W1989687627 cites W2086007085 @default.
- W1989687627 cites W2095819330 @default.
- W1989687627 cites W2104603839 @default.
- W1989687627 cites W2106216714 @default.
- W1989687627 cites W2109395353 @default.
- W1989687627 cites W2109482459 @default.
- W1989687627 cites W2117973408 @default.
- W1989687627 cites W2118678201 @default.
- W1989687627 cites W2136106458 @default.
- W1989687627 cites W2139126750 @default.
- W1989687627 cites W2143240351 @default.
- W1989687627 cites W2158796226 @default.
- W1989687627 cites W2162440757 @default.
- W1989687627 cites W2164062658 @default.
- W1989687627 cites W2197122026 @default.
- W1989687627 cites W2321926291 @default.
- W1989687627 cites W2411153362 @default.
- W1989687627 cites W2553921733 @default.
- W1989687627 cites W2567625836 @default.
- W1989687627 cites W2791074950 @default.
- W1989687627 cites W2951750226 @default.
- W1989687627 cites W2953289947 @default.
- W1989687627 cites W2999142720 @default.
- W1989687627 cites W3098980420 @default.
- W1989687627 cites W3100982167 @default.
- W1989687627 cites W3101653393 @default.
- W1989687627 cites W3102243023 @default.
- W1989687627 cites W3103264883 @default.
- W1989687627 cites W3103510748 @default.
- W1989687627 cites W3176607353 @default.
- W1989687627 cites W3196280676 @default.
- W1989687627 cites W4232639452 @default.
- W1989687627 cites W644955929 @default.
- W1989687627 doi "https://doi.org/10.1103/physrevc.86.065206" @default.
- W1989687627 hasPublicationYear "2012" @default.
- W1989687627 type Work @default.
- W1989687627 sameAs 1989687627 @default.
- W1989687627 citedByCount "29" @default.
- W1989687627 countsByYear W19896876272013 @default.
- W1989687627 countsByYear W19896876272014 @default.
- W1989687627 countsByYear W19896876272015 @default.
- W1989687627 countsByYear W19896876272016 @default.
- W1989687627 countsByYear W19896876272017 @default.
- W1989687627 countsByYear W19896876272018 @default.
- W1989687627 countsByYear W19896876272019 @default.
- W1989687627 countsByYear W19896876272020 @default.
- W1989687627 countsByYear W19896876272021 @default.
- W1989687627 countsByYear W19896876272022 @default.
- W1989687627 crossrefType "journal-article" @default.
- W1989687627 hasAuthorship W1989687627A5002050875 @default.
- W1989687627 hasAuthorship W1989687627A5018931052 @default.
- W1989687627 hasAuthorship W1989687627A5080030626 @default.
- W1989687627 hasBestOaLocation W19896876272 @default.