Increasing the concentrations of each polymeric component decreased the elastic compliance (J0) yet increased the residual viscosity.
The regional population consists of both Sunni and Shīʿite Muslims, with the concentrations of each group varying with location in southern Iraq, as well as decreasing populations of Christians, Jews, and others.
The desired properties were treated as objectives and were extremized simultaneously by utilizing a multi-objective optimization algorithm that optimized the concentrations of each of the alloying elements.
Different formulations were produced according to an experimental mixture simplex-lattice design, where the independent variables were the concentrations of each encapsulating agent.
The model was shown to be accurate in predicting the concentrations of each component, and produced good results when applied to a plant 500 times larger in size.
The relative phase stabilities of the reaction products and associated molybdate architectures are dependent upon the concentrations of each reactant in solution.
MS-OISI is a high-speed, high-resolution imaging approach that takes advantage of the different absorption spectra of deoxygenated and oxygenated hemoglobin in order to determine changes in the concentrations of each.
Receiver compartment drug concentrations were compared with the concentrations of each drug producing high levels of PpIX production and subsequent light-induced kill in a model neoplastic cell line (LOX).
Increasing the concentrations of each polymeric component significantly increased the time required for 10 and 30% release of the original mass of tetracycline, due to both increased viscosity and, additionally, the unique swelling properties of the formulations.
It is demonstrated that if eight detectors are exposed separately in front of the same number of hemispherical surfaces of different radii, the concentrations of each α emitter in airborne and deposited states can be determined.
The overall mass conservation between the phases of a multiple junction is used in model I, whereas the concentrations of each pair of phases have to be conserved during the transformations for model II.
