The phrase "geometrical orientation" is correct and usable in written English.
It is usually used to refer to the orientation of an object when viewed from a certain angle. For example, "The geometrical orientation of the building gave it a unique look when viewed from the street."
Dependence of the magnetic flux bending angle on geometrical orientation of the layers as well as on the magnetic permeability ratio is examined.
The valencies of oxygen, the scale and geometrical orientation of the host lattice and the electronegativity of the host elements determine these specific differences extrinsically.
For the conditions considered here, the expressions for generation rate and total current are shown to universally govern any solar cell geometry, while recombination within the space-charge region is shown to be directly dependent on the geometrical orientation of the p-n junction.
The computational study, introduced above, also refined the geometrical orientation of an oligomeric π-bonded vinyl terminated oligoethylene chain; a non-negligible (2 kcal mol−1) stabilisation energy is observed with the second metal site, a pre-requisite for ethyl branching [174].
In each such portion, the geometrical orientation vector of the binarized objects contained in the small dataset is computed.
Therefore the geometrical orientation of a non-spherical sample and the direction of illumination can be rotated against each other, which increases the versatility of the measurements.
Analysis of heating patterns and geometrical orientations relates the exergy to irreversibilities which establishes that the rhombic cavity (φ= 30∘) with the differential heating pattern may be the optimal design based on the energy efficient perspective.
Metallic microlattice is a new class of material that combines useful mechanical properties of metals with smart geometrical orientations providing greater stiffness, strength-to-weight ratio and good energy absorption capacity than other types of cellular materials used in sandwich construction such as honeycomb, folded and foam.
Moreover, the new design gives the possibility for simple introduction of additional functional modules such as: sensorized modules for non-geometrical orientation of parts, or active orientation modules for improving efficiency of the system.
Our findings offer insights toward further understanding of the link between the geometrical and orientation parameters of grains with respect to the deformation behaviour of oxide scales formed at elevated temperatures.
The results are summarized in terms of the mesa geometrical parameters, crystallographic orientation and expitaxial strain.
