The phrase "a function of crystallographic" is correct and usable in written English.
It can be used in contexts related to materials science, crystallography, or any discussion involving the properties and behaviors of crystals.
Example: "The strength of the material is a function of crystallographic orientation, which affects its overall performance."
Alternatives: "dependent on crystallographic" or "related to crystallographic factors".
The out-of-plane polarization switching of single-crystal and polycrystalline structures as a function of crystallographic orientation, epitaxial strain and mesa aspect ratio are explored.
The origins of the differences in the rates of the coupled corrosion processes as a function of crystallographic orientation were investigated utilizing electrochemical impedance spectroscopy (EIS) and Raman vibrational spectroscopy.
Both the naproxen crystals and the two crystalline domains of glucose isomerase exhibited large variations in polarization response as a function of crystallographic orientation.
In isotropic etching, the etch rate is same in all directions and does not depend on the crystallographic directions, however in the case of anisotropic etching the etch rate is a function of the crystallographic orientation [9 14].
Effective electromechanical constants as a function of biaxial crystallographic texture in polycrystalline films are modeled using a self-consistent approach.
In the same geometry and at a potential just above the onset of the electropolishing regime, prolonged anodization allows for a direct measurement of the Si thickness removed as a function of the crystallographic orientation.
Thus, with polycrystalline copper, for a given value of the hydrostatic stress, the normal stress at the interface where a delamination would take place is a function of the crystallographic orientation of the copper grains in contact with that surface (Lloyd et al. 2006).
Figure 7B shows Δqe− (circles) as a function of average crystallographic resolution and the corrected values of sequence-structure fidelity qe− (filled boxes).
This study confirms the applicability of the CFSS design for the investigation of differences in the shear response of materials as a function of process-induced crystallographic texture.
The stored energy as well as the accumulated plastic strain are reported as a function of the final crystallographic orientation of the grains.
The three-dimensional interfacial grain boundary network in a fully austenitic high-manganese steel was studied as a function of all five macroscopic crystallographic parameters (i.e. lattice misorientation and grain boundary plane normal) using electron backscattering diffraction mapping in conjunction with focused ion beam serial sectioning.
