Measurement of pi(0) photoproduction on the proton at MAMI C
- Adlarson, P.
- Afzal, F.
- Akondi, C. S.
- Annand, J. R. M.
- Arends, H. J.
- Azimov, Ya. I.
- Beck, R.
- Borisov, N.
- Braghieri, A.
- Briscoe, W. J.
- Cherepnya, S.
- Cividini, F.
- Collicott, C.
- Costanza, S.
- Denig, A.
- Downie, E. J.
- Dieterle, M.
- Bondy, M. I. Ferretti
- Fil`kov, L. V.
- Fix, A.
- Gardner, S.
- Garni, S.
- Glazier, D. I.
- Glowa, D.
- Gradl, W.
- Gurevich, G.
- Hamilton, D. J.
- Hornidge, D.
- Huber, G. M.
- Kaeser, A.
- Kashevarov, V. L.
- Kay, S.
- Keshelashvili, I.
- Kondratiev, R.
- Korolija, M.
- Krusche, B.
- Kulikov, V. V.
- Lazarev, A.
- Linturi, J.
- Lisin, V.
- Livingston, K.
- MacGregor, I. J. D.
- Manley, D. M.
- Martel, P. P.
- Martemianov, M.
- McGeorge, J. C.
- Meyer, W.
- Middleton, D. G.
- Miskimen, R.
- Mushkarenkov, A.
- Neganov, A.
- Neiser, A.
- Oberle, M.
- Ostrick, M.
- Ott, P.
- Otte, P. B.
- Oussena, B.
- Paudyal, D.
- Pedroni, P.
- Polonski, A.
- Polyanski, V. V.
- Prakhov, S.
- Rajabi, A.
- Reicherz, G.
- Ron, G.
- Rostomyan, T.
- Sarty, A.
- Schott, D. M.
- Schumann, S.
- Sfienti, C.
- Sokhoyan, V.
- Spieker, K.
- Steffen, O.
- Strakovsky, I. I.
- Strub, Th.
- Supek, I.
- Taragin, M. F.
- Thiel, A.
- Thiel, M.
- Tiator, L.
- Thomas, A.
- Unverzagt, M.
- Usov, Yu. A.
- Wagner, S.
- Watts, D. P.
- Werthmueller, D.
- Wettig, J.
- Witthauer, L.
- Wolfes, M.
- Workman, R. L.
- Zana, L. A.
DOIAbstract
Differential cross sections for the gamma p -> pi(0)p reaction have been measured with the A2 tagged-photon facilities at the Mainz Microtron, MAMI C, up to the center-of-mass energy W = 1.9 GeV. The new results, obtained with a fine energy and angular binning, increase the existing quantity of pi(0) photoproduction data by similar to 47%. Owing to the unprecedented statistical accuracy and the full angular coverage, the results are sensitive to high partial-wave amplitudes. This is demonstrated by the decomposition of the differential cross sections in terms of Legendre polynomials and by further comparison to model predictions. A new solution of the SAID partial-wave analysis obtained after adding the new data into the fit is presented
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