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Extraction of the Neutron Magnetic Form Factor from Quasielastic 3He(e , e') at Q2=0.1-0.6 (GeV/c)2
Physical Review C (2007)
  • B. Anderson, Kent State University
  • L. Auberbach, Temple University
  • T. Averett, College of William and Mary
  • W. Bertozzi, Massachusetts Institute of Technology
  • T. Black, Massachusetts Institute of Technology
  • J. Calarco, University of New Hampshire
  • L. Cardman
  • G. D. Cates, Princeton University
  • Z. W. Chai, Massachusetts Institute of Technology
  • J. P. Chen
  • Seonho Choi, Temple University
  • E. Chudakov
  • S. Churchwell, Duke University
  • G. S. Corrado, Princeton University
  • C. Crawford, Massachusetts Institute of Technology
  • A. Deur
  • P. Djawotho, College of William and Mary
  • D. Dutta, Massachusetts Institute of Technology
  • J. M. Finn, College of William and Mary
  • H. Gao, Massachusetts Institute of Technology
  • Rutgers University, Rutgers University
  • J. Golak
  • J. Gomez
  • V. G. Gorbenko
  • J. O. Hansen
  • F. W. Hersman, University of New Hampshire
  • D. W. Higinbotham, University of Virginia
  • R. Holmes, Syracuse University
  • C. R. Howell, Duke University
  • E. Hughes, California Institute of Technology
  • B. Humensky, Princeton University
  • S. Incerti, Temple University
  • C. W. de Jager
  • J. S. Jensen, California Institute of Technology
  • X. Jiang, Rutgers University
  • C. E. Jones, California Institute of Technology
  • M. Jones, College of William and Mary
  • R. Kahl, Syracuse University
  • H. Kamada
  • A. Kievsky
  • I. Kominis, Princeton University
  • W. Korsch, University of Kentucky
  • K. Kramer, College of William and Mary
  • G. Kumbartzki, Rutgers University
  • M. Kuss
  • Enkeleida K. Lakuriqi, Georgia Southern University
  • M. Liang
  • N. Liyanange
  • J. LeRose
  • S. Malov, Rutgers University
  • D. J. Margaziotis, California State University
  • J. W. Martin, Massachusetts Institute of Technology
  • K. McCormick, Old Dominion University
  • R. D. McKeown, California Institute of Technology
  • K. McIlhany, Massachusetts Institute of Technology
  • Z. E. Meziani, Temple University
  • R. Michaels
  • G. W. Miller, Princeton University
  • J. Mitchell
  • S. Nanda
  • E. Pace
  • T. Pavlin, California Institute of Technology
  • G. G. Petratos, Kent State University
  • R. I. Pomatsalyuk
  • D. Pripstein, California Institute of Technology
  • D. Prout, Kent State University
  • R. D. Ransome, Rutgers University
  • Y. Roblin
  • M. Rvachev, Massachusetts Institute of Technology
  • A. Saha
  • G. Salme
  • M. Schnee, Temple University
  • J. Seely, Massachusetts Institute of Technology
  • T. Shin, Massachusetts Institute of Technology
  • K. Slifer, Temple University
  • P. A. Souder, Syracuse University
  • S. Strauch, Rutgers University
  • R. Suleiman, Kent State University
  • M. Sutter, Massachusetts Institute of Technology
  • B. Tipton, Massachusetts Institute of Technology
  • L. Todor, Old Dominion University
  • M. Viviani
  • R. Gilman, Rutgers University
  • A. V. Glamazdin
  • C. Glashausser, Rutgers University
  • B. Vlahovic, North Carolina Central University
  • J. Watson, Kent State University
  • C. F. Williamson, Massachusetts Institute of Technology
  • H. Witala
  • B. Wojsekhowski
  • F. Xiong, Massachusetts Institute of Technology
  • X. Wu, Massachusetts Institute of Technology
  • J. Yeh, Syracuse University
  • P. Zolmierczuk, University of Kentucky
We have measured the transverse asymmetry AT' in the quasielastic 3He(e,e') process with high precision at Q2 values from 0.1 to 0.6 (GeV/c)2. The neutron magnetic form factor GnM was extracted at Q2 values of 0.1 and 0.2(GeV/c)2 using a nonrelativistic Faddeev calculation which includes both final-state interactions (FSI) and meson-exchange currents (MEC). Theoretical uncertainties due to the FSI and MEC effects were constrained with a precision measurement of the spin-dependent asymmetry in the threshold region of 3He(e,e'). We also extracted the neutron magnetic form factor GnM at Q2 values of 0.3 to 0.6 (GeV/c)2 based on plane wave impulse approximation calculations.
  • Electron nucleon,
  • Inelastic scattering,
  • Helium,
  • Nuclide,
  • Electron,
  • Polarized beam,
  • Polarized target,
  • N,
  • Form factor,
  • Magnetic,
  • Spin,
  • Asymmetry,
  • Transverse,
  • Momentum transfer dependence,
  • Impulse approximation,
  • Plane wave Few-Body problem,
  • Final-state interaction,
  • Meson,
  • Exchange,
  • Magnetic spectrometer
Publication Date
March 16, 2007
Publisher Statement
©2007 The American Physical Society. Permission granted for author or author’s employer to use APS published article without revision or modification on the author’s or employer’s website as long as a fee is not charged. Article obtained from the Physical Review C.
Citation Information
Enkeleida K. Lakuriqi, B. Anderson, L. Auberbach, T. Averett, W. Bertozzi, T. Black, J. Calarco, L. Cardman, G. D. Cates, Z. W. Chai, J. P. Chen, Seonho Choi, E. Chudakov, S. Churchwell, G. S. Corrado, C. Crawford, A. Deur, P. Djawotho, D. Dutta, J. M. Finn, H. Gao, Rutgers University, J. Golak, J. Gomez, V. G. Gorbenko, J. O. Hansen, F. W. Hersman, D. W. Higinbotham, R. Holmes, C. R. Howell, E. Hughes, B. Humensky, S. Incerti, C. W. de Jager, J. S. Jensen, X. Jiang, C. E. Jones, M. Jones, R. Kahl, H. Kamada, A. Kievsky, I. Kominis, W. Korsch, K. Kramer, G. Kumbartzki, M. Kuss, M. Liang, N. Liyanange, J. LeRose, S. Malov, D. J. Margaziotis, J. W. Martin, K. McCormick, R. D. McKeown, K. McIlhany, Z. E. Meziani, R. Michaels, G. W. Miller, J. Mitchell, S. Nanda, E. Pace, T. Pavlin, G. G. Petratos, R. I. Pomatsalyuk, D. Pripstein, D. Prout, R. D. Ransome, Y. Roblin, M. Rvachev, A. Saha, G. Salme, M. Schnee, J. Seely, T. Shin, K. Slifer, P. A. Souder, S. Strauch, R. Suleiman, M. Sutter, B. Tipton, L. Todor, M. Viviani, R. Gilman, A. V. Glamazdin, C. Glashausser, B. Vlahovic, J. Watson, C. F. Williamson, H. Witala, B. Wojsekhowski, F. Xiong, X. Wu, J. Yeh, and P. Zolmierczuk. "Extraction of the Neutron Magnetic Form Factor from Quasielastic 3He(e , e') at Q2=0.1-0.6 (GeV/c)2" Physical Review C 75.034003 (2007).
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