[Clas_hadron] PANic11 abstract

[Viktor Mokeev]

   Hi Nikolay,

  You have a nice abstract. I suggest you to add:

These data enhance considerably our capabilities to determine 
electrocouplings of most excited proton states from independent analyses 
of major meson electroproduction channels pi^+n,  pi^0p and 
pi^+pi^-p [1,2], as well as  within the framework of advanced coupled 
channel approach the EBAC-DCC[3].

References
1. I. G. Aznauryan et al., CLAS Collaboration,
Phys. Rev. C $\bf{80}$, 055203 (2009). 
2. V.~I.~Mokeev et al., Phys. Rev. {\bf C80}, 045212 (2009).
3. N.Suzuki, T.Sato, and T-S.H.Lee, Phys. Rev. {\bf C82}, 045212 (2010).

    Best Regards,
                         Victor

On Sat, 26 Feb 2011, markov at jlab.org wrote:

> Dear spectroscopists,
> Below is the abstract of the talk I am planning to give at the PANic11 at
> MIT in July this year.
>
> Exclusive $\pi^{0}$ electroproduction in the resonance region at low $Q^{2}$.
>
> We report the analysis of single $\pi^{0}$ electroproduction in the
> resonance region to study the electromagnetic excitation of the nucleon
> resonances. The study is aimed at understanding of the internal structure
> and dynamics of the nucleon. The experiment was performed using an
> unpolarized cryogenic hydrogen target and 2.0 GeV polarized electron beam
> during the e1e run period with CLAS detector at Jefferson Lab.
> The new measurements will produce a data base with high statistics and
> broad kinematic coverage for the hadronic invariant mass W up to 1.8 GeV
> in the momentum transfer $Q^{2}$ range of 0.4 - 1.0 (GeV/c)$^{2}$ with
> the full angular coverage.
> Preliminary results will be presented and compared with the various model
> calculations.
>
> All the comments and suggestions will be appreciated.
> Best regards, Nick.
>
>
>
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