Nuclear physics at the TESLA*HERA complex

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dc.contributor.authorSultansoy, Saleh
dc.contributor.departmentBölüm Yoktr_TR
dc.date.accessioned2018-08-09T09:11:23Z
dc.date.available2018-08-09T09:11:23Z
dc.date.issued2000-10
dc.descriptionI. Avrasya Nükleer Bilimler ve Uygulamaları Konferansı : 23-27 Ekim 2000. İzmir, Türkiye.tr_TR
dc.description.abstractConstruction of the TESLA linear electron-positron collider tangentially to the HERA proton ring will provide a number of new facilities for particle and nuclear physics research. In this paper main parameters and physics goals of eA, γA and FEL γA colliders, as well as fixed target experiments are discussed. HERA based eA collider. Collisions of Ee=30 GeV electrons with different nuclei accelerated in HERA proton ring (EA=Z 0.92 TeV) will give opportunity to investigate parton distributions in nuclear medium. Especially, exploration of the region of very small x at Q2>1 GeV2 is very important. TESLA* HERA based eA collider. In this case Ee=250 GeV electrons from TESLA will be used, which results in essential extension of the x-range. TESLA*HERA based γA collider. Using the Compton backscattering of the laser beam off the electron beam from TESLA one can form the high-energy y-beam (Eγ≈200 GeV). The yA collider will give a unique opportunity to investigate a number of important phenomena (including the region of extremely small xg) in a best manner. TESLA*HERA based FEL yA collider. Ultrarelativistic ions will see the TESLA FEL (Free Electron Laser) beam as a beam of MeV energy photons. This will give a unique opportunity to investigate “old” nuclear phenomena in rather unusual conditions. Fixed target experiments. The scattering of the polarised electron and photon beams from TESLA on polarised nuclear targets will give opportunity to investigate the spin contents of nucleons. ELFE@DESY: An Electron Laboratory For Europe at DESY. Using TESLA and HERA a high luminosity quasi-continuous electron beam (Ee= 15-5-25 GeV) suitable for nuclear physics experiments can be produced. In addition, using a 2660 Ao laser a 25 GeV electron beam can be converted into a photon beam with energy up to 16 GeV.tr_TR
dc.identifier.citationSultansoy, S., (2000). Nuclear physics at the TESLA*HERA complex I. Eurasia Conference on Nuclear Science and Its Application, Presentations, Vol 2, (s. 993-998). 23-27 October 2000. İzmir, Turkey.tr_TR
dc.identifier.endpage998tr_TR
dc.identifier.startpage993tr_TR
dc.identifier.urihttp://kurumsalarsiv.tenmak.gov.tr/handle/20.500.12878/826
dc.language.isoengtr_TR
dc.publisherTurkish Atomic Energy Authoritytr_TR
dc.relation.journalI. Eurasia Conference on Nuclear Science and Its Application : Presentations, 23-27 October 2000. İzmir, Turkey.tr_TR
dc.rightsinfo:eu-repo/semantics/openAccesstr_TR
dc.subjectNuclear physicstr_TR
dc.subjectNükleer fiziktr_TR
dc.subjectTESLA*HERA complextr_TR
dc.subjectTESLA*HERA kompleksitr_TR
dc.titleNuclear physics at the TESLA*HERA complextr_TR
dc.typeconferenceObjecttr_TR
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