Version 1
"Table 2" of "The first measurement of the neutron electromagnetic form factors in the timelike region."
View DatasetAntonelli, A.;Baldini, R.;Benasi, P.;Bertani, M.;Biagini, M.E.;Bidoli, V.;Bini, C.;Bressani, T.;Calabrese, R.;Cardarelli, R.;Carlin, R.;Casari, C.;Cugusi, L.;Dalpiaz, P.;De Falco, A.;De Simone, S.;De Zorzi, G.;Feliciello, A.;Ferrer, M.L.;Ferretti, P.;Gauzzi, P.;Gianotti, P.;Iazzi, F.;Luppi, E.;Marcello, S.;Masoni, A.;Messi, R.;Morandin, M.;Paoluzi, L.;Pasqualucci, E.;Pauli, G.;Perlotto, N.;Perrone, A.;Petrucci, F.;Posocco, M.;Preger, M.;Puddu, G.;Reale, M.;Santi, L.;Santonico, R.;Sartori, P.;Savrié, M.;Serci, S.;Spinetti, M.;Tessaro, S.;Voci, C.;Zuin, F.
Description
The uncertainty on the evaluated cross section is given by the quadratic combination of the following terms: the statistical uncertainty on the number of events, the statistical and systematic uncertainty on the luminosity (about 6PCT), the systematic uncertainty on the efficiency evaluation, dominated by the scanning efficiency contribution (about 15PCT). The NEUTRON formfactor value are calculated in two hypotheses: GE = GM and GE = 0.
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Publication Details
Subfield
Statistics, Probability and Uncertainty
Field
Decision Sciences
Domain
Social Sciences
Confidence Score
58%
Source
Scholar Data Model
Keywords
E+ E- --> N NBARFORMFACTORExclusiveE+ E- Scattering1.9-2.439