Conveners
S5.3 Novel Sources: FEL/Laser/Plasma
- Sultan Dabagov (LNF)
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Prof. Aldo Spallone (Embassy of Italy in Russian Federation)9/28/18, 9:00 AMOral presentationModern Neurosurgery is directed towards mini invasive for the reduction of post-operative complications. A common strategy between mini invasive neurosurgery and other parasurgical modalities , between which radiotherapy is the main tool, may represent the best available option, and the strategic treatment modality in the future. I present shortly here my view based on my personal...Go to contribution page
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Dr Sergey Polozov (NRNU MEPhI)9/28/18, 9:30 AMOral presentationIn this report we present new information about one of the largest Russian scientific projects, a new and advanced 6 GeV 4-th generation radiation facility based on both synchrotron and FEL radiation. The report summarizes the results of preliminary research of SSRS4 general layout and accelerator complex parameters.Go to contribution page
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Luca Serafini (MI)9/28/18, 10:00 AMOral presentationWe developed a Design Study for a combined X-ray source system spanning the 0.3-150 keV photon energy range with un-precedented characteristics of brilliance, flux and coherence. The machine is based on an innovative scheme combining a compact 100 MeV energy recovery Super-Conducting Linac and a 1.5 GeV two-pass CW-SC Linac that can boost the electron beam energy up to 3.8 GeV via a newly...Go to contribution page
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Dr Victor Verzilov (TRIUMF)9/28/18, 10:30 AMOral presentationThe TRIUMF Laboratory, located in Vancouver, Canada, presently undergoes the final stage of construction of an Advanced Radioactive Isotope production facility that will substantially enlarge its Nuclear Physics program [1]. One of the key component of the facility is a 50MeV 10mA CW linear electron accelerator. The construction of the linac has been completed and it is now in the...Go to contribution page
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Cristina Vaccarezza (LNF)9/28/18, 10:45 AMOral presentationAn advanced accelerator facility EUPRAXIA@SPARC_LAB has been proposed to be realized at Frascati (Italy) Laboratories of INFN in the framework of the Eupraxia Design Study. Two advanced acceleration schemes will be applied: an ultimate high gradient 1 GeV X-band linac together with a plasma acceleration stage to provide accelerating gradients of the GeV/m order. A FEL scheme is foreseen to...Go to contribution page