Sentence examples for maximum surface concentration from inspiring English sources
Both the kinetics of particle deposition and the maximum surface concentration were determined.
At the potentials of −0.15 and −1.1 V the maximum surface concentration Γm, and the surface area occupied by one molecule, S, were derived from the diffusion-controlled adsorption behavior with the assumption of the diffusion coefficient.
SW voltammograms of berberine are compared with theoretical predictions and the transfer coefficient α = 0.32 and the maximum surface concentration Γs = (8.2 ±0.4)·10−11 mol cm−2 are determined.
Thermodynamic experiments in electrosorption systems yield the Gibbs free energy of adsorption, the formal charge transfer coefficient, the limiting double-layer capacity, the maximum surface concentration, the limiting potential shift of the potential of zero charge by the monolayer of adsorbate, and the attraction interaction constant as a more important result.
The maximum surface concentrations in monolayers at interface mercury electrode/organic film were determined.
The maximum surface concentrations from CV and EQCN frequency measurements gave excellent agreement for the two techniques and showed MA to be adsorbed in a tilted orientation with monolayer coverage.
The arc maximum surface concentrations observed within the array were well explained by a dispersion model based on that of Van Ulden [1978. Atmospheric Environment 12, 2125 2129] and modified by Venkatram [2004.
From the results of static surface tension measurements, we could estimate the CAC/C20 ratio, adsorption efficiency (pC20), maximum surface excess concentration (Γmax) and minimum surface area per molecule (Amin) at air/liquid interface.
In fact, the maximum achievable surface concentration by a C9 carboxylic acid is ca. 0.01 mol m 2; assuming that this evenly distributed throughout a 100 μm thick water layer, matching operationally defined SML thickness, one can calculate enrichment factors of 20 or even 100 for 5 and 1 mM nonanoic acid solutions respectively, which is much larger than typically encountered values.
The spatial pattern of daily maximum surface ozone concentrations across the UK on the 9th August 2003 was strongly influenced by meteorological conditions that control transport of emission plumes and allow import of ozone formed over the European continent to the UK.
Surface properties of the synthesized modifiers, including critical micelle concentration (CMC), effectiveness (πcmc), maximum surface excess (Ίmax) and minimum surface area (Amin) were determined at 30 °C.
