Sentence examples for between solution concentration and from inspiring English sources

The values of 'n' indicate the degree of nonlinearity between solution concentration and adsorption.

This value indicates the degree of non-linearity between solution concentration and adsorption as follows: if n = 1, then adsorption is linear; if n < 1, then adsorption is a chemical process; if n > 1, then adsorption is a physical process.

The n value indicates the degree of nonlinearity between solution concentration and adsorption as follows: if n = 1, then adsorption is linear; if n < 1, then adsorption is a chemical process; if n > 1, then adsorption is a physical process.

The n value indicates the degree of non-linearity between solution concentration and adsorption as follows: if n = 1, then adsorption is linear; if n < 1, then adsorption is a chemical process; if n > 1, then adsorption is a physical process.

The data of Hg2+ adsorption were fit with the Freundlich isotherm model, which can be expressed as[25] log Q e = log K + 1 n log C e. where K and n are the Freundlich adsorption isotherm constants, which are related to the relative adsorption capacity of the adsorbent and the degree of nonlinearity between solution concentration and adsorption, respectively.

{text{ln q}}_{text{e}} = {text{ ln K}}_{text{f}} + { 1}/{text{n ln C}}_{text{e}} (6 where Kf is the adsorption capacity of sorbent, n value determines the degree of non-linearity between solution concentration and adsorption in this manner: if n = 1, then adsorption is linear; if n > 1, then adsorption is a chemical process; if n < 1, then adsorption is a physical process.

A linear relationship between electrospinning solution concentration and measured fiber diameter was seen; fiber diameters ranged from 120 to 610 nm over electrospinning concentrations of 80 to 140 mg/ml fibrinogen, respectively.

To estimate the ice amount based on the electrical measurements, the relationship between temperature, saturation degree, solution concentration and the electrical conductivity of mortar specimen is clarified.

For instance, Pfeffer was able to produce sturdier precipitation membranes in 1877 and carried out several experiments that established the correlation between the osmotic pressure and the solution concentration and temperature [ 60, 61].

Among them, electrospinning is a simple method for preparation of nanofibrous membranes with high porosity due to tunable fiber diameter controlled by varying applied electric field, distance between syringe needle and grounded collector, polymer solution concentration, and flow rate of viscous polymer solution.

Uranium adsorption equilibrium was achieved within 500 h for SWC 100 g/L experiments as indicated by the agreement between calculated equilibrium solution concentrations and measured concentrations.