Hydrodynamic characteristics and mass-transfer coefficients have been determined as functions of design and operational parameters.
The air permeability and airborne nanoparticle removal efficiency are determined as function of the bulk density of aerogels.
The separation characteristics were determined as function of operating conditions such as concentration, temperature, permeate and feed pressure.
Monomer conversion, particle size and its distribution, ζ potential, latex surface tension were determined as function of CTAB levels.
The pull-in voltage, the hysteresis loop, jump-back voltage, the step size, and the dissipated energies are determined as function of these design parameters.
Starting from the calculated contact forces in time the amplitudes of the modes excited during rolling are determined as function of frequency.
The membrane characteristics were determined as function of operating conditions such as feed composition, temperature, and permeate pressure in pervaporation and vapor permeation.
The mechanical and physical properties of wood-plastic composites (WPCs) were determined as function of different contents of nanoclay, talcum, and calcium carbonate as filler.
The apparent standard rate constant for the Cd II) reduction was determined as function of surface coverage by coumarin molecules at the DME in 1.0 N-H2SO4 medium.
The structure, surface morphology and composition were determined as function of annealing temperature using X-ray diffraction (XRD), atomic force microscopy (AFM), and X-ray photoelectron spectroscopy (XPS).
