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Charged pion form factor between Q^2=0.60 and 2.45 GeV^2. II. Determination of, and results for, the pion form factor
G. M. Huber, H. P. Blok, T. Horn +83
The charged pion form factor, Fpi(Q^2), is an important quantity which can be used to advance our knowledge of hadronic structure. However, the extraction of Fpi from data requires…
Scaling study of the pion electroproduction cross sections and the pion form factor
T. Horn
The H()n cross section was measured for a range of four-momentum transfer up to =3.91 GeV at values of the invariant mass, , above the resonance r…
Longitudinal-Transverse Separations of Structure Functions at Low for Hydrogen and Deuterium
V. Tvaskis
We report on a study of the longitudinal to transverse cross section ratio, , at low values of and , as determined from inclusive inelastic electron-hydrogen…
Proton Spin Structure in the Resonance Region
RSS Collaboration, F. R. Wesselmann, K. Slifer +70
We have examined the spin structure of the proton in the region of the nucleon resonances (1.085 GeV < W < 1.910 GeV) at an average four momentum transfer of Q^2 = 1.3 GeV^2. Using…
Determination of the Charged Pion Form Factor at Q2=1.60 and 2.45 (GeV/c)2
Fpi2 collaboration, T. Horn, K. Aniol +51
The H(e,e'pi+)n cross section was measured at four-momentum transfers of Q2=1.60 and 2.45 GeV2 at an invariant mass of the photon nucleon system of W=2.22 GeV. The charged pion for…
Proton G_E/G_M from beam-target asymmetry
M. K. Jones
The ratio of the proton's electric to magnetic form factor, G_E/G_M, can be extracted in elastic electron-proton scattering by measuring either cross sections, beam-target asymmetr…