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Neutron Electric Form Factor Via Recoil Polarimetry
O. BakerJames KellyGregory SmithJohn WatsonBrian AndersonCynthia KeppelCharles PerdrisatRazmik AsaturyanHerbert BreuerRoger CarliniJohn FinnMark JonesAllison LungHamlet MkrtchyanJulie RocheNeven SimicevicSamuel StepanyanVardan TadevosyanWilliam VulcanSteven WellsStephen WoodChen YanPaul UlmerD. ManleyHong Guo ZhuFrank WesselmannDonal DayVina PunjabiSamuel DanagoulianRolf EntPaul GueyeDavid MackRichard MadeyPete MarkowitzJoseph MitchellBrian RaueLiguang TangManouchehr FarkhondehStanley KowalskiAbdellah AhmidouchLeon ColeMostafa ElaasarHoward FenkerLiping GanKenneth GarrowYoshinori SatoAndrei SemenovLulin YuanSteve ChurchwellWooyoung KimCalvin HowellAram AghalaryanErick CrouseGlen MacLachlanBradley PlasterShigeyuki TajimaWilliam TiremanChenyu YanAlan BaldwinBitao HuMahbubul KhandakerAllena OpperTilmann ReicheltJoerg ReinholdWonick SeoSeunghoon YangWei-Ming ZhangXiaofeng ZhuSimon TaylorMichael Christy
出版United States. Department of Energy. Office of Energy Research, 2003
URLhttp://books.google.com.hk/books?id=J1TRjwEACAAJ&hl=&source=gbs_api
註釋The ratio of the electric to the magnetic form factor of the neutron, G_En/G_Mn, was measured via recoil polarimetry from the quasielastic d({pol-e}, e'{pol-n)p reaction at three values of Q^2 [viz., 0.45, 1.15 and 1.47 (GeV/c)^2] in Hall C of the Thomas Jefferson National Accelerator Facility. Preliminary data indicate that G_En follows the Galster parameterization up to Q^2 = 1.15 (GeV/c)^2 and appears to rise above the Galster parameterization at Q^2 = 1.47 (GeV/c)^2.