Sentence examples for solution temperature and from inspiring English sources

The permeabilities of solutes through these membranes were strongly dependent on the size of the solute, solution temperature and hydrophobicity of the membrane.

Τhe transient profiles of the solution temperature and solute concentration were calculated numerically, solving a system of coupled partial differential equations, taking into consideration the mass and heat transfer and the crystallization kinetics.

The current study highlights that a quality-by-design (QbD) approach considering the synergistic effects of solute concentration, solvent type, solution temperature, and template surface chemistry on crystal nucleation is critical to the development of a template-induced crystallisation process.

The effects of initial concentration, inlet pressure, solution temperature and ultrasonic power were studied and discussed.

The degree of stabilization achieved depends on the solution, temperature and duration of treatment.

The efficiency of provitamin B5 increased by increasing its concentration and decreased by increasing solution temperature and flow rate.

Model calculations for binary mixtures demonstrate that the PHSC equation can predict lower critical solution temperatures, upper critical solution temperatures and closed partial-miscibility loops.

The lower critical solution temperature (LCST) and recovery of corresponding polymer were 31.0°C and 99.6% of its initial amount after recycling three times.

The solution temperature lift and efficiency are then obtained.

The modified double-lattice model successfully describes the phase behaviours of binary polymer solutions having an upper critical solution temperature (UCST) and a lower critical solution temperature (LCST).

The upper critical solution temperature (UCST) and lower critical solution temperature (LCST) have been predicted for 45 polymer/solvent systems based on Patterson's theory.