A low flow, parallel path Mira Mist CE nebulizer designed for capillary electrophoresis (CE) was evaluated as a function of make-up solution flow rate, composition, and concentration, as well as the nebulizer gas flow rate.
The retention of Cd, Cu, and Pb metal ions on the solid phase was studied as a function of pH, amount of solid phase, amount and type of elution solution, flow rate of sample solution, and volume of sample solution.
The protocol was designed to adjust the citrate solution flow rate to the patients' blood flow rate to target a blood citrate concentration of 3 mmol/L.
The effect of operational parameters such as the gas and solution flow rate, MCF-AT dosage and rotational speed have been investigated and optimized by central composite design (CCD) combined with desirability function (DF) method.
The effect of absorber water vapor pressure, solution flow rate, solution inlet concentration, cooling water inlet temperature and solution inlet temperature on the absorption rate is investigated.
The local heat transfer rate is measured by varying main parameters, namely, ammonia gas flow rate, solution flow rate, ammonia concentration of inlet solution and coolant inlet conditions.
Additionally, the microlysimeter design functioned reliably throughout the experiment, achieving solution flow rates analogous to the unconfined plots.
Correlations of Kga as a function of the gas/liquid flow rates, and also as a function of the gas flow rate and initial droplets SMD are developed.
As a function of the SiH4 flow rate.
