Nuclear physics program at MAX-lab
The upgrade of the MAX-lab injector and the construction of MAX Ⅲ, provided the opportunity for upgrading the tagged-photon facility and thus lead to the possibility of more extensive program in nuclear physics research. This upgrade increased the injected electron energy to an eventual maximum of 250 MeV and allows for the extraction of electrons from the MAX Ⅰ ring operated in the stretcher mode. The first stretched beam was delivered in September 2005. The tagged-photon facility was commissioned in parallel with the commissioning of new experimental equipment. The PAC approved experimental program is current in progress, including measurements of pion photoproduction below the △(1232). The efforts at the tagged photon-facility are pursued within an international collaboration with around fifty members.
photonuclear reactions pion production compton scattering
W.J.Briscoe Jason Brudvik K.G.Fissum K.Hansen L.Isaksson M.Lundin B.Nilsson B.Schroder
Center for Nuclear Studies,The George Washington University,Washington,DC,20052,USA;Department of Ph MAX-lab,Lund,SE-221 00,Sweden Department of Physics,Lund University,Lund,SE-221 00,Sweden;MAX-lab,Lund,SE-221 00,Sweden;MAX-lab,Lu
国际会议
The 12th International Workshop on the Physics Ezcited Nucleon(2009核子共振态物理国际研讨会)
北京
英文
1159-1166
2009-04-19（万方平台首次上网日期，不代表论文的发表时间）