In this work it is applied to systems with multiple liquid phases only, since liquid multi-phase equilibrium diagrams are extremely important in practice for extraction and decanter design.
Effective engineering characterization of granites altered through processes of kaolinization is critical for safe extraction and design of slopes for the china clay industry in south-west England.
In this work, we present a hybrid intelligent approach for parameter extraction and design optimization of semiconductor nanoscale devices and nanostructures.
Parameters for the equipment design for extraction and solvent evaporation were determined based on the experimental data.
To evaluate the effect of three independent variables, Water to plant material ratio, microwave power used for extraction and Irradiation time, central composite design has been employed.
The equilibrium data obtained using 1 mol/L 2-tert-butyl-4-methylphenol diluted by 1-octonal at 40 °C for extraction and stripping were used to design the extraction parameters to achieve a sodium extraction efficiency of 50%.
Ultrasound-assisted dispersive solid phase microextraction followed by UV vis spectrophotometer (UA-DSPME-UV vis) was designed for extraction and preconcentration of nicotinamide (vitamin B3) by HKUA-DSPME-UV visanic framework (MOF) based molecUA-DSPME-UV visd polymer (MIP).
Experimental designs have been used for extraction and clean-up optimization.
In this study, extraction of rice bran oil from various brands of rice bran available in Sri Lanka has been studied and data necessary for extraction, equipment design and process predictions have been determined.
This study examined the feasibility of establishing an open-access Database of Instruments for Resource-Use Measurement, identified relevant fields for data extraction, and outlined its design.
Although many studies have been carried out focusing on feature extraction and classifier design for improvement, classification accuracies are still not satisfactory.
