HIAT2015 - List of Authors (Gmaj, P.)

Paper	Title	Page
FRM2C01	Heavy Ion Laboratory, University of Warsaw - a Unique Research Center in Poland	297
	J. Choinski Warsaw University, Warsaw, Poland P. Gmaj HIL, Warsaw, Poland
	The Heavy Ion Laboratory of the University of Warsaw (HIL) is a user facility operating a Kmax=160 isochronous heavy ion cyclotron, unique in central Europe. Two ECR ion sources, a homemade 10 GHz and a commercial (supernanogan Pantechnik) 14.5 GHz, supply ions to the machine. In the center of the machine a "spiral" type inflector bends the ion beams into the median plane. The current system allows ions from He up to Xe to be accelerated with energies up to 10 A MeV. The research program of HIL includes nuclear physics, solid state physics, medical radioisotope production, biology and detector testing. In 2012 HIL launched a new facility - the Radiopharmaceuticals Production and Research Center (RPRC). This is a fully GMP compliant production center of radiopharmaceuticals for PET. It operates a General Electric PETtrace 840 cyclotron and a complete production line of FDG. An external beam line with target station"", designed and constructed by the Laboratory, allows metallic and powdered samples to be irradiated, extending medical isotope research with proton and deuteron beams. Construction of this station was funded by the National Centre for Research and Development, Agreement No PBS1/A9/2/2012.
	Slides FRM2C01 [22.446 MB]
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Paper

Title

Page

Heavy Ion Laboratory, University of Warsaw - a Unique Research Center in Poland

297

J. Choinski
Warsaw University, Warsaw, Poland
P. Gmaj
HIL, Warsaw, Poland

The Heavy Ion Laboratory of the University of Warsaw (HIL) is a user facility operating a Kmax=160 isochronous heavy ion cyclotron, unique in central Europe. Two ECR ion sources, a homemade 10 GHz and a commercial (supernanogan Pantechnik) 14.5 GHz, supply ions to the machine. In the center of the machine a "spiral" type inflector bends the ion beams into the median plane. The current system allows ions from He up to Xe to be accelerated with energies up to 10 A MeV. The research program of HIL includes nuclear physics, solid state physics, medical radioisotope production, biology and detector testing. In 2012 HIL launched a new facility - the Radiopharmaceuticals Production and Research Center (RPRC). This is a fully GMP compliant production center of radiopharmaceuticals for PET. It operates a General Electric PETtrace 840 cyclotron and a complete production line of FDG. An external beam line with target station"*", designed and constructed by the Laboratory, allows metallic and powdered samples to be irradiated, extending medical isotope research with proton and deuteron beams.
* Construction of this station was funded by the National Centre for Research and Development, Agreement No PBS1/A9/2/2012.

Slides FRM2C01 [22.446 MB]

Export •

reference for this paper to ※ BibTeX, ※ LaTeX, ※ Text, ※ RIS/RefMan, ※ EndNote (xml)