@article{3052594,
    title = "Measurement of recoil proton polarizations in the electrodisintegration
of deuterium by polarized electrons",
    author = "Barkhuff, DH and Armstrong, CS and Bertozzi, W and Chen, JP and Dale, D and and Dodson, G and Dow, KA and Epstein, MB and Farkhondeh, M and Finn, JM and and Gilad, S and Jones, MK and Joo, K and Kelly, JJ and Kowalski, S and and Liu, D and Lourie, RW and McIntyre, JI and Madey, R and Margaziotis, DJ and and Markowitz, P and Mertz, C and Milbrath, BD and Mitchell, J and and Mukhopadhyay, S and Perdrisat, CF and Punjabi, V and Qin, L and Rutt, PM and and Sarty, AJ and Tieger, D and Tschalaer, C and Turchinetz, W and and Ulmer, PE and Van Verst, SP and Vellidis, C and Warren, G and Weinstein, and LB and Woo, RJ",
    journal = "PHYSICS LETTERS B",
    year = "1999",
    volume = "470",
    number = "1-4",
    pages = "39-44",
    publisher = "ELSEVIER SCIENCE BV",
    issn = "0370-2693",
    doi = "10.1016/S0370-2693(99)01294-0",
    abstract = "In order to test modem theories of two-nucleon bound and scattering
states, we have measured the spin polarization of ejectile protons in
the electrodisintegration reaction d((e) over right arrow, e’(p) over
right arrow)n. Compared with spin-averaged observations, these
observables offer the potential of enhanced sensitivity to details of
the reaction process. The experiment was carried out in quasielastic
kinematics (q(mu)q(mu)= -2m(p) omega= -0.38GeV(2)/c(2)). Protons were
detected at two angles corresponding to neutron recoil momenta p(r) of 0
and 100MeV/c. Full nonrelativistic calculations of the polarization
transfer components s(l) and s(t), including leading order relativistic
contributions, describe our measurements well, but calculations of the
induced polarization s(n) at p(r) = 100 MeV/c underpredict the
experimental result. (C) 1999 Published by Elsevier Science B.V. All
rights reserved."
}