Effects of four working parameters: temperature, time, particle size, and carbonate dosage, taken each one at two levels, on the uranium recovery efficiency, were assessed and optimized.
The contribution of the experimental factors temperature, reaction time and concentration of the feed solution to remove the organic matter was assessed and optimized using an experimental design based on the response surface methodology.
The main factors affecting the MSPD extraction procedure, the dispersive phase and the elution solvent, are assessed and optimized through a multicategorical experimental design, using a real cosmetic sample.
The effects of process conditions on preparation of U3O8 by calcination from ammonium uranyl carbonate in microwave fields were assessed and optimized for maximizing the total uranium as well as calcination temperature, adopting as Central Composite Design (CCD) methodology.
The effects of various variables in process such as adsorbent amount (1.0 to 5.0 mg, depended on the thickness of the Nylon 6 nanofiber mat) and flow rate (0.5 to 4.0 mL/min) on removal yields were assessed and optimized at the constant initial concentration (5.0 mg/L).
The elution was assessed and optimized.
Uptake and retention of the tracer was observed in the tumour, indicating the presence of hypoxia [ 67]. [F]EF1 [F]EF1 Imaging with this marker was studied in two rat tumour types whereby the drug's biodistribution was assessed and optimized.
The potential of SOX11, TP53, MKI67 and CCND1 to add prognostic value to the MIPI score was assessed and optimized with the aim of establishing a combined molecular marker/MIPI score as a tool for treatment decisions.
Also, conformity, dose uniformity, and gradient index are assessed, and adjustments are made to optimize the treatment plan.
Once the B 2/3A thresholds have been optimized, performance is assessed and compared with reference cases.
