• F. Scarlat, E.S. Badita, M. Dumitrascu, R.D. Minea, E. Mitru, A.M. Scarisoreanu, E. Sima
  INFLPR, Bucharest - Magurele
• V.G. Cimpoca, C. Oros, I. Popescu
  Valahia University, Faculty of Sciences, Targoviste
• M.R. Leonovici
  Bucharest University, Faculty of Physics, Bucharest-Magurele

This paper is a presentation of a parameter study for FEL Project at INFLPR considering recent advances of technologies in the domain of accelerators, lasers, undulators and seeded operation with HHG which in their turn allow the construction of a national user facility based on an intense FEL at VUV wavelengths. The calculations also considered the possibilities for the facility to be upgraded for EUV regime, in a second stage. In the first stage, results were obtained for the FEL subsystem parameters starting from the 1 GeV beam electron energy, a 500 A electron current, a single stage HGHG FEL and VUV regime. Also, the status of the project is briefly sketched herein. On behalf of the RO FEL Design Team.