Sentence examples for strongly orientation from inspiring English sources

For highly rate dependent case, crystal viscoplasticity modeling is a good candidate to capture important deformation characteristics of different alloys including anisotropy as it is strongly orientation dependent ( Ghosh and Anahid 2013; Roters et al. 2010).

It was observed for the first time that, although the shape of the stress strain curve is strongly orientation dependent, the shape recovery strain which is as high as 9% is nearly orientation independent.

Using the Finite Element Method, we calculate the SE lifetime, anisotropic factor and find that the SE lifetime has strongly orientation dependent character which is different from the structures reported before in photonic crystals and dielectric sphere structures [11, 31, 32].

The critical resolved shear stress (CRSS) on primary octahedral (111)[1̄01] slip system in the yield stress anomaly region was found to be orientation-independent for stoichiometric Ni3Al, but strongly orientation-dependent in Al-rich crystals.

The single P nucleus in the lipid head group has a strongly orientation-dependent chemical shift (chemical-shift anisotropy (CSA)), which is sensitive to rotational motions of the head group.[ 53, 54] The width of the CSA tensor, Δ ν, is preaveraged by fast axial rotations, leading to a symmetric tensor with a principal axis parallel to the membrane normal.

Transducers with strongly oriented (002) crystal orientation displayed the highest longitudinal/shear (L/S) wave ratio of 19.6 dB.

The economy of The Netherlands was reasonably stable in 2008, though its strongly international orientation made it vulnerable to the worldwide turbulence in the autumn.

The Nd oxide phases showed no strong texture, which implied that no strongly preferred orientation relationships between those phases and Nd2Fe14B exist.

Cleavage cracks were observed to form in the regions of greatest plastic deformation and are explained in terms of specific dislocation pile-up reactions at intersecting slip systems that are strongly surface orientation dependent.

We show that despite a strongly preferential orientation of the optic axis along the direction of laser scanning, typical morphologies of fs laser-written crystals in this system are inhomogeneous due to low-angle grain boundaries and rotations or inversions of the preferential axis.

Increasing the substrate bias of the ECR plasma from − 23 V to − 120 V while keeping a fixed sputtering bias voltage of − 40 V, the intensity of the (100) reflection of Ti film was a little strengthened, but (002) remained strongly preferred orientation.