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Surface slip line and TEM analysis confirmed that for most orientations the dislocations glide on the primary octahedral plane(s) during the primary stage but glide on the cube cross-slip plane(s) during the secondary stage.
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From the anisotropy in CRSS for these two slip systems, {110}⟨1¯12⟩ slip is predicted to operate for most crystal orientations, except for a narrow orientation region around [¯305] where (1 0 0)[0 0 1] slip operates.
Below the peak temperature, ordinary slips are dominantly operative for most loading orientations.
Negative values observed in S4 reflect the fact that the particular antenna placement and user posture in this case yield mismatched and effectively orthogonal polarisations of the Tx and Rx antenna polarisations, for most user orientations.
Most orientation programs last between 6-12 weeks.[36].[36]
The experimental transformation strains are higher in tension compared to compression for most single crystal orientations due to two factors: the additional strain associated with the detwinning of the B19′phase in the final microstructure (such as in [111] case), and the partial completion of the second step of the transformation limiting the compression strains.
Cracks propagating parallel to the rhombohedral planes (R1 and R2) interacted first for most of the indentation orientations tested, while the basal plane (B) cracks interacted first only when indentations were performed along the c-axis.
The values obtained for S4 imply that the Rx signal is stronger and variations are smaller for the H-polarised case, which agrees with the fact that in S4 the on-body antenna is in the horizontal plane for all user orientations and its polarisation is mismatched and effectively orthogonal for most of user's orientation angles.
For most values of unbalance orientation angle the breathing crack model predicts a larger response compared to the switching crack model which was used earlier in literature.
Because of gene orientation, for most intergenic regions (98.3%), the peak could be assigned to the upstream region of at least one gene.
There are basically two kinds of orientation strategies for most observation satellites, i.e., earth-oriented and inertia-directional.
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