Sentence examples for both surface and volume from inspiring English sources

The lifetimes reported here should be considered as effective lifetimes, which include both surface and volume recombination components.

For other areas in the Libyan Desert, medium entropy of both surface and volume scattering terms seems dominant (Fig. 3e).

For the general case of gaseous reactant consumed by both surface and volume reaction, two Thiele moduli are required and the effectiveness factor decreases exponentially with increasing conversion.

In addition, available simulation tools for numerical investigation on back-contact structures and advanced device concepts have also presented in order to better understand underlying physical considerations in terms of passivation, both surface and volume, and minority carrier lifetime.

This in turns relies on an algorithm for handling three-dimensional domain remeshing (that is, remeshing at the same time both surface and volume parts of a given tetrahedral mesh).

The overall mass conservation equation for concentration of the beta phase, assuming constant density as in Eq. 11, including both surface and volume fluxes, as well as a source term, Q, becomes frac{partial c}{partial t}=rho frac{delta V}{delta h}frac{partial h}{partial t}=-{nabla}_{tau}cdot {J}_V+-{nabla}_Scdot {J}_S+ Q. (24).

Three-dimensional (both surface and bulk) functionlisation of large volume scaffolds is highly desirable, but preferably without any change to the basic morphological, structural and bulk chemical properties of the scaffolds.

These changes indicate a morphological atrophy which was further confirmed by a significant decrease in both the surface and volume of GFAP profiles in the EC of 3xTg-AD animals when compared with non-Tg controls.

We found significant reduction in both the surface and volume of GFAP-labelled profiles in 3xTg-AD animals from very early ages (1 month) when compared with non-Tg (non-transgenic) controls (48 and 54%, reduction respectively), which was sustained for up to 12 months (33 and 45% reduction respectively).

However, the present study is the first to measure the geometry of thousands of individual cells, in terms of both surface area and volume, and to use these measurements to predict if the individual cells can pass through constrictions of a specified size or be segregated by physical filtration.

It is a combination of both surface (friction) and volume (plasticity) softening effects.