The scholars who use Sociul Science d Medicine in their research and teaching, who publish their work in it, participate in its peer review of manuscripts, and attend its conferences belong to various nationalities, disciplines, and cultural traditions. Our common enterprise originated in and depends upon liberal democratic social institutions, and assumes their values. With all our differences...

In this work, a computationally efficient law of nuclear fuel property obtained from molecular dynamics calculations is implemented in performance code, bridging the gap between atomic and pellet scales. The Cooper-Rushton-Grimes potential employed through simulations to compute heat capacity stoichiometric mixed-oxide fuels U1-yPuyO2 1000 K melting temperature, over whole range plutonium conte...

The fluid mixing process is a common supportive phenomenon that often occurs in large number of industrial systems. This the subject many numerical and experimental analysis. effectiveness depends on: tank construction, phases viscosity, temperature, density liquids and, what crucial, impeller shape. optimal design geometry still an open issue. In this research work, main objective investigatio...

Stirred tanks are widely used in various industrial processes for mixing, and reactions understanding the flow behavior optimizing impeller design is crucial improving mixing efficiency product quality. This paper investigates radial velocity profiles near tip a baffled stirred tank using experimental measurements computational fluid dynamics (CFD) simulations. A cylindrical with four baffles w...

Knowledge of droplet behavior is one of the most important criteria for determination of mass transfer kinetics for choosing the type of liquid-liquid extraction columns. Mean drop size data of dispersed phase droplets in continuous phase have been obtained for Various Rotary Agitated Liquid-Liquid Extraction Columns . The effects of operational variables such as mass transfer directions with a...

In this work, guidelines for reliable 3D-PTV measurements of fluid flows in stirred vessels at the lab-scale have been developed. The flow water Re=12,000 a flat bottom cylindrical tank (T=180mm) with 6 blades Rushton turbine (c=D=T/3) has measured different camera frame rates (125 – 3600 fps) and tracer concentrations (0.001 0.010 px?2). best compromise between number data, tracking efficiency...