Sentence examples for plane energy from inspiring English sources

This is ascribed to the fact that the diffusion in solid indeed takes place by atomic spring through the "saddle plane" energy barrier.

The filter performance was tested in terms of discrimination ratio, peak-to-correlation plane energy ratio, peak-to-sidelobe ratio and average similarity measure with digitally degraded fingerprints.

Due to the complexity of the system, it is necessary to apply numerical simulations for a proper design of plane energy geostructures.

This is for the reason that with rise in cutting speed, the frictional energy and shear plane energy are optimal (Chinchanikar & Choudhury 2015a) followed by culminated temperature at the shear plane and machined workpiece surface (see, Fig. 3), along with enhances the thermal softening of workpiece material and hence, forces needed for cutting decreases that causes an improved surface finish.

Within the simulated strain rates, the [111], [100], and [110] nanowires have the lowest energy, the intermediate energy, and the highest energy, respectively, which are consistent with lattice plane energies in FCC metals [46, 47].

The upper hybrid subband (consists of hybrid-quantized states of QWs and QDs) is quasi-continuous, but the lower QD subband consists of widely separated in-plane energy states due to the lateral confinement of QDs.

Breaking of the in-plane energy dispersion and the formation of discrete energy levels is an efficient mechanism for eventual quenching of optical phonon emission and obtaining very long electronic lifetime in the relevant laser state.

C-rings center-to-center distance probability distribution allowed the calculation and modeling of an in-membrane-plane energy landscape that presented repulsion at 80 Å, most stable dimer association at 103 Å (−3.5 kBT strength), and dissociation at 125 Å (−1 kBT strength).

The results showed that the out-of-plane energy absorption of the first-order hierarchical honeycombs with 0.04 ≤ γ1 ≤ 0.2 and the second-order hierarchical honeycombs with 0.15 ≤ γ1 ≤ 0.2 and 0.04 ≤ γ2 ≤ 0.08, as well as the hierarchical honeycombs with oblique-wall angle θ from 30° to 50° have better overall performance.

However, these tools have not yet measure energy efficiency index by involving user satisfaction from adaptive behaviors dependently, which can determine the actual energy consumption versus the planed energy consumption of the building.

For this purpose, an earlier developed critical plane-energy based damage parameter has been applied.