DOCTORAL PROGRAM IN ENERGy AND NuCLEAR SCIENCE AND TEChNOLOGy
نویسنده
چکیده
Their research and most significant results are presented in the following pages. Binotti Marco Linear Fresnel Reflectors: Study of the Technology and Steps toward Optimization Colombo Marco Experimental Investigation and Numerical Simulation of Two-Phase Flow in the Helical Coil Steam Generator Della Torre Vittorio Multi-scale CFD modelling of intake and exhaust systems for internal combustion engines Fiorina Carlo The Molten Salt Fast Reactor as a Fast Spectrum Candidate for Thorium Implementation Gazzani Matteo Thermodynamic and Economic Analysis of Advanced Process for CO2 capture Guerrieri Claudia Renata Investigation of the dynamic behaviour and of control issues of circulating fuel reactors Mangili Francesca Development of advanced computational methods for prognostics and health management in energy components and systems Piccinelli Roberta Methods for the Vulnerability Analysis of Critical Infrastructures Spallina Vincenzo Mid-long term solutions for coal power plants with near-zero emissions Tizzanini Alessio Study and development of new power generation technologies for geothermal low enthalpy resources Visek Margareta Emilia Control Strategies, Fault Detection and Diagnosis of Renewable Energy Sources Systems Visek Matej Study of innovative techniques aimed at reducing energy consumption in domestic refrigeration system Wang Hua A Study of Gaseous Transverse Injection and Mixing Process in a Simulated Engine Intake Port Zago Matteo Direct Methanol Fuel Cells modeling: mass transport phenomena and electrochemical impedance spectroscopy Zani Alessandro Experimental and theoretical studies on ultraintense laser-driven ion acceleration
منابع مشابه
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In this study, the preparation of 111In-Bleomycin complex was optimized for temperature, time, concentration and pH during several experiments. The results showed that by the addition of bleomycin to 111In-InCl3 sample (dried under flow of N2) and heating the mixture up to 90-100°C the radiopharmaceutical can be obtained in 99.5% yield and a specific activity of 1.745 Ci/mmol. The final s...
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According to the importance of positron emitters in nuclear medicine, 82mRb was produced as a member of this group of radiopharmaceuticals. After being converted into an injectable form, enough information was provided for imaging with this radiopharmaceutical. 82mRb with high radioisotopic purity and half-life of 6.5 hours, in chloride form, can be considered as a suitable positron emitt...
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In this study, 16O(p,α)13N nuclear reaction was chosen as the best method of N-13 production. High purity natural water targets were bombarded by 18 MeV protons with an intensity of 8μA. A production yield of 13.5 mCi/μAh was obtained. Chemical modification of 13N-nitrogen oxides into [13N]NH3 was accomplished using De Varda's catalyst. Chemical, radiochemical and radionuclide purity cont...
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تاریخ انتشار 2013