Sentence examples for release concentrations from inspiring English sources
The example provides a situation where an engineer must calculate the baseline and target contaminant release concentrations in the process of remediating an abandoned waste site.
The control limestone only blend also demonstrated low release concentrations of constituents in comparison to IBA blends, where constituent concentrations increased with increase in IBA content.
We have estimated the flows and release concentrations of nano-SiO2, nano-iron oxides, nano-CeO2, nano-Al2O3, and quantum dots in the EU and six geographical sub-regions in Europe Centrall Europe, Northern Europe, Southern Europe, Eastern Europe, South-eastern Europe, and Switzerland).
Using an in vitro tool consisting of Ti/SiO2 disks in an insert set-up, through which molecules can diffuse from feed side to release side, a continuous release without initial burst effect of the antibiofilm compound toremifene is sustained for at least 9 days, while release concentrations (up to 17 μM daily) increase with feed concentrations (up to 4 mM).
Drug release concentrations were determined at specific intervals by measuring the absorbance at 480 nm using (UV-vis spectrophotometer PerkinElmer Lambda 35 Boston, MA, USA) connected to automated computer loaded with spectra manager software UV Probe.
On the other hand, the FACET tool made conservative assumptions about release concentrations of BPA from coatings and on surface area to weight ratios whereas the EFSA calculations drew upon a large database on BPA concentrations measured in food and beverages.
The error term is intended to model both measurement error in the sensor and random perturbations in release concentration realizations.
The increases of depositing times and cefazolin sodium concentration could increase the accumulative release concentration of cefazolin sodium, and could improve the sustaining-release ability of drug film.
From Figure 9c, the release concentration of Ag ions of SAS-400 on the 10th is 3.2 ppm, which is the highest degree among all samples; the release concentration of Ag ions of SAS-1000 on the 10th day is 0.26 ppm, which is the lowest number among all samples and is in keeping with the morphologies on the surfaces of samples.
The fate and transport of ENMs in natural subsurface environments are complicated by various factors, such as hydraulic gradient, initial release concentration, nanoparticle size, and collision efficiency factor.
These abrupt concentration changes were attributed to ultrasound stimulation, but the release concentration and the duration of particle release were controlled by the power of the ultrasound stimulation and the quantity of particles deposited in the sand.
