Sentence examples for discontinuity potential from inspiring English sources

where T is the effective kinetic energy operator including strain, V HET is the valence and conduction band discontinuity potential, which is diagonal with respect to jm j, j ' m j ', V A is the ionized acceptor charge distribution potential, V H is the Hartree potential due to the hole- charge distribution, and V XC is the exchange-correlation potential considered within LDA.

The extended displacement discontinuities include the displacement discontinuities, the electric potential discontinuity and the magnetic potential discontinuity, and correspondingly the extended tractions on crack face represent the conventional tractions, the electric displacement and the magnetic induction boundary values.

Under symmetry of kinetic equations the single peculiarity to be expected in electrochemical adsorption and desorption reactions is hysteresis responsible for current discontinuities in potential sweep experiments and similar discontinuity of immittance data recorded for potential or frequency sweeps.

A novel approach leads to take into account quasi-virtual electrons trapped in nanometric space cells with high discontinuities of potential.

The issue of their potential discontinuity is not necessarily a barrier to this approach.

The afore-mentioned 2004 experiment combined imaging and perspective-based analysis and demonstrated its promise for the exploration of potential discontinuity [13].

However this type of discontinuity represents a potential source of delamination initiation and propagation which requires assessment of the mechanisms acting at the crack tip.

The contact model we adopt can simulate either a classical unilateral (nonassociative) Coulomb friction situation or a cohesive fracture idealization at the potential discontinuity interface between contacting bodies.

The motivation is that for lower frequencies the human hearing is more sensitive, and therefore patches with wide bandwidth are preferred for lower frequencies in order to move any potential discontinuity between the first and the second patch as high up in frequency as possible.

The potential discontinuity points of such a self-map in a discrete subset are the so-called switching points at which a new primary self-map in a class is activated to construct the self-map of interest, each of those self-maps depends also on some given switching rule.

Furthermore, the admissible displacement functions of the FG-CNTRC shallow shells are chosen as an improved Fourier series which combines the standard double cosine Fourier series and several auxiliary functions which are introduced to remove any potential discontinuity of the displacement function and its derivatives at the edges.