Training /learning course 1st week at URCA (September 5-9, 2016), REIMS, France – Week Sept.5 (Mon.) Sept.6 (Tues.) Sept.7 (Wes.) Sept.8 (Thurs.) Sept.9 (Fri.) Basics of radiation physics Comparison between e- , Electrical measurements and Lab (Zbigniew Zimek) gamma and X-ray computed prediction of dose Radiation synthesis of Exercises facilities: advantages and distribution, computer modeling polymer nanoparticles (EB limitations for the control of radiation dose (Clelia Dispenza) polymerization (Zbigniew Zimek) (Zbigniew Zimek) kinetics, break General aspects of particle General aspects of Changes in physical and Radiation engineered EB grafting, accelerators technology radiation initiated chemical properties: Natural and multifunctional material (electrons, protons, helions, polymerisation in aqueous synthetic polymers nanoparticles characterization) swift heavy ions,) media (Dilek Solpan) (Clelia Dispenza) (C. Kowandy) X-ray sources General aspects of (Zbigniew Zimek) radiation crosslinking of polymers in aqueus media (Clelia Dispenza) break Radiation chemistry of Organic solvents/solutions: Criterions for accelerator Nanostructural Alkanes, alken and Radiation-induced selection on the basis of characterization of liquid systems: Techniques in radiation aromatic hydrocarbons polymerisation in solution, technical performance radiation chemistry - Steady-state Other organic molecules dispersion and emulsion. and cost of operation processed techniques - Pulse radiolysis (sterilization of drugs) (Clelia Dispenza) (Zbigniew Zimek) materials by AFM, (Dilek Solpan) (Dilek Solpan) SEM, TEM break Radiation chemistry of water Radiation chemistry of Tutorials - interactions (M. Molinari) and aqueous solutions: organic solids: Primary and Radiation engineered hydrogels between students and Water radiolysis - Reactions secondary effects. (Clelia Dispenza) teachers of intermediates Radiation yield Characteristics of primary (Dilek Solpan) and secondary products (Dilek Solpan)
Training /learning course – 1st week at URCA (September 5-9, 2016), REIMS, France Week Sept.5 (Mon.) Sept.6 (Tues.) Sept.7 (Wes.) Sept.8 (Thurs.) Sept.9 (Fri.) Basics of radiation physics (Zbigniew Zimek) Comparison between e- , gamma and X-ray facilities: advantages and limitations (Zbigniew Zimek) Electrical measurements and computed prediction of dose distribution, computer modeling for the control of radiation dose (Zbigniew Zimek) Radiation synthesis of polymer nanoparticles (Clelia Dispenza) Lab Exercises (EB polymerization kinetics, break General aspects of particle accelerators technology (electrons, protons, helions, swift heavy ions,) X-ray sources (Zbigniew Zimek) General aspects of radiation initiated polymerisation in aqueous media General aspects of radiation crosslinking of polymers in aqueus media (Clelia Dispenza) Changes in physical and chemical properties: Natural and synthetic polymers (Dilek Solpan) Radiation engineered multifunctional nanoparticles (Clelia Dispenza) EB grafting, material characterization) (C. Kowandy) break Radiation chemistry of liquid systems: Techniques in radiation chemistry - Steady-state techniques - Pulse radiolysis (Dilek Solpan) Organic solvents/solutions: Alkanes, alken and aromatic hydrocarbons Other organic molecules (sterilization of drugs) (Dilek Solpan) Radiation-induced polymerisation in solution, dispersion and emulsion. (Clelia Dispenza) Criterions for accelerator selection on the basis of technical performance and cost of operation (Zbigniew Zimek) Nanostructural characterization of radiation processed materials by AFM, SEM, TEM break Radiation chemistry of water and aqueous solutions: Water radiolysis - Reactions of intermediates Characteristics of primary and secondary products (Dilek Solpan) Radiation chemistry of organic solids: Primary and secondary effects. Radiation yield (Dilek Solpan) Radiation engineered hydrogels (Clelia Dispenza) Tutorials - interactions between students and teachers (M. Molinari)