Sentence examples for dispersed measures from inspiring English sources

Four general clusters of impact measures can be superimposed on this projection: (1) usage measures, (2) a group of distinctive yet dispersed measures expressing per document citation popularity, (3) measures based on total citation rates and distributions, and (4) finally a set of citation social network measures.

As a recent Green Blog post by Matthew Wald explained, the medical effects are expected to be too weak and widely dispersed to measure.

D-optimal design, multiple linear regression, and partial least square regression were used to screen different SNEDDS within the investigated excipient ranges and to analyse the effect of each excipient on the resulting droplet size of the dispersed SNEDDS measured by dynamic light scattering.

The iron dispersing ability measured through the UV spectroscopy was found to be excellent.

Their iron dispersing ability measured through UV spectroscopy is found to be excellent and their biocidal activity investigated through agar culture and serial dilution technique is almost insignificant.

Ultrasonic technique has been recently developed to measure dispersed phase holdups in multiphase flows.

Seeds of early-successional species were dispersed in equal measure by abiotic and biotic vectors, whereas biotic vectors dispersed a higher density of late-successional seeds.

Particle image velocimetry (PIV) is a promising technique to measure dispersed phase size, dispersed phase hold-up and velocity of both the phases.

A new conductivity probe design has been developed in order to measure dispersed liquid particles in churn-turbulent and annular flows which cannot be detected by the conventional conductivity probes.

The ROF measure found Ralstonia eutropha strain H16 closest to P. aeruginosa, and, with the exception of P. entomophila, other species of Pseudomonas were more dispersed for this measure than for any of the other tested.

In Figs. 5 ▸(a) and 5(b) this proportion is not constant, the nearly perfect crystal gives a standard deviation over the mean of 0.5 and the imperfect crystal gives 0.7, i.e. in this example the reliability of the intensity estimates declines as the perfection decreases, unless more of the dispersed intensity is measured or estimated.