Sentence examples for using the lattice structure from inspiring English sources

This can be effectively implemented using the lattice structure.

In fact, we will show that when the adaptive TEQs are implemented using the lattice structure, the TEQ coefficients converge very close to the optimal values.

Furthermore, for linear algebra resolution and low complexity reasons, we have adopted only adaptive algorithms to update the TEQ which is designed using the lattice structure.

By using the lattice structure and correspondence of a SMA in phase transformation, the "yield" surfaces of the following polycrystalline SMAs are calculated: NiTi, NiAl, CuZnGa, and CuAlNi.

Using the lattice structures, we can represent these interactions between sets of intentions as follows: 1.

Assuming that Vegard's law [43] is valid for InP-InAs system and using the lattice constants of zinc blende structured InP (5.87 Å) [29] and InAs (6.06 Å) [44, 45], we estimate that the incorporated content of As in the InAs x P1−x nanowire is approximately x = 0.36 ± 0.10.

Initially, Section 2 discusses the problem statement of long FIR channel shortening and motivates the use of the lattice structure as a way to implement the TEQ.

To shorten the DSL channel, an effective TEQ will place zeros on the critical poles to cancel them out, which motivates the use of the lattice structure to implement a minimum phase TEQ and to ensure convergence of the multimodal SAM algorithm to a good stationary points.

Using the curved lattice structure described here as a model for fitting the atomic structure of the NEC heterodimer (Zeev-Ben-Mordehai et al., 2015), we have defined exact interaction surfaces that could be used as a further constraint for structural and functional homology modeling of putative cellular counterparts.

The elastic constant range, while showing the versatility of titanium-tantalum as biomedical material, is rather wide despite using the same lattice structure designed.

XRD azimuthal Ф scans combined with high-resolution transmission electron microscopy (HRTEM) measurements performed on a JEOL 4000 operated at 400 kV were used to determine the lattice structure, crystallographic orientation, and shape of the embedded Pb particles.