Sentence examples for decrease of dispersion from inspiring English sources

A two-fold decrease of dispersion was obtained to ex-chloride sample, while a two-fold increase to ex-nitrate and the same dispersion to ex-acetylacetonate samples were otherwise observed.

To this end, expression of some p53 mutants and to a lesser extent wild type p53, lead to increase of average cell area, decrease of dispersion and elongation indices, and re-appearance of actin bundles [8].

Expression of some p53 mutants and to a lesser extent wild type p53, lead to increase of average cell area, decrease of dispersion and elongation indices, and re-appearance of actin bundles in both Ras-transformed fibroblasts and epitheliocytes [8].

Note that increasing the core porosity results decreasing of dispersion magnitude as well as dispersion variation.

The properties of both the Biot-JKD and the Biot-DA models are analyzed: hyperbolicity, decrease of energy, dispersion.

These two different catalytic behaviors seem to be due to two opposite effects, which affect the contribution of the reaction routes available for the HDS of each reactant, these effects are: (i) the decrease of MoS2 dispersion caused by the incorporation of zeolite to the catalyst and (ii) the increase of the proportion of Brönsted acid sites with zeolite content.

The changes in the ECG are explained by the shortening of APD, reduction of AP amplitude during the plateau phase, decrease of maximum dispersion of the transmembrane potential, and a slight reduction in conduction velocity.

Subsequently, the irradiation source was shut off, and the temperature decrease of the aqueous dispersion was monitored to determine the rate of heat transfer from the dispersion system to the environment.

The prevailing period corresponds to the maxima of the displacement spectra for zero damping and is used to normalize the spectra, leading to significant decrease of the statistical dispersion.

Thermal annealing up to 1000 °C leads to partial reordering of the HOPG, with increase of the mean length of the graphene layers, decrease of their angular dispersion and interlayer distance and larger and increasingly parallel oriented BSUs.

Experimental data obtained under conditions of the forced gas supply clearly demonstrated a decrease of the ejector dispersion efficiency with increasing gas feed rate as well as significant non-uniformity of gas holdup distribution at high gas flow rates.