Mass spectra measurement in the reaction (p,2p) at protons energy 500 MeV on nuclei C,Al,Cu and Pb
A. D. AvesovThe Institute of Nuclear Physics, UzbekistanМ. А. БеловThe Institute of Nuclear Physics, UzbekistanV. ChaloupkaUniversity of Washington, USAW. DoughertyUniversity of Washington, USAA.A. GafarovThe Institute of Nuclear Physics, UzbekistanD. HutchesonThe Nuclear Center ''TRIUMF'', CanadaA. V. KhugaevThe Institute of Nuclear Physics, UzbekistanB. KhurelbaatarThe Joint Institute of Nuclear Research, RussiaYu. N. KoblikThe Institute of Nuclear Physics, UzbekistanR. Kh. KutuevThe Joint Institute of Nuclear Research, RussiaGuodong LiangUniversity of Washington, USAH. J. LubattiUniversity of Washington, USAV. MialkovskiThe Joint Institute of Nuclear Research, RussiaD.A. MirkarimovThe Institute of Nuclear Physics, UzbekistanGagik MkrtchyanThe Institute of Nuclear Physics, UzbekistanG. MusulmanbekovThe Joint Institute of Nuclear Research, RussiaV.A. NikitinThe Joint Institute of Nuclear Research, RussiaP.V. NomokonovThe Joint Institute of Nuclear Research, RussiaA.V. PavlyukThe Joint Institute of Nuclear Research, RussiaG. A. RadyukThe Institute of Nuclear Physics, UzbekistanI. RufanovThe Joint Institute of Nuclear Research, RussiaW.G. WeitkampUniversity of Washington, USAS. YenThe Nuclear Center ''TRIUMF'', CanadaB. S. YuldashevThe Institute of Nuclear Physics, UzbekistanTianci ZhaoUniversity of Washington, USAR.Ya. Zul'karneevThe Joint Institute of Nuclear Research, Russia
ABI
Abstract
Mass spectra of the reaction (p,2p) at the beam energy 500 MeV on nuclei C,Al,Cu and Pb were measured on two-armed nonmagnetic scintillation spectrometer (candlepower - 0.2 sr, mass allowance - 4 MeV), which is lokated on the TRIUMF cyclotron (Canada). Observable anomalies in these spectra can be stipulated by forming of two-nucleon resonance states.
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