The phrase "axis preferential" is not standard in written English and may cause confusion.
It could be used in a specific context related to preferences or priorities along a particular axis, such as in data analysis or decision-making frameworks.
Example: "In our analysis, we found that the axis preferential approach allowed us to better understand the trade-offs involved."
Alternatives: "axis-focused" or "preference-based on axis".
If the longitudinal structure of cellulose I fibrils is as illustrated in Figure 2, with recurring regions of non-crystalline polymers along the fibril axis, preferential removal of these zones could result in an apparent increase in LFD.
When there are significant amounts of non-crystalline material along the fibril axis, preferential hydrolysis of these regions would lead to an apparent increase in LFD (and a corresponding increase in the DCr), accompanied by a slight decrease in LFAD, as discussed above.
The mechanisms that determine the c-axis preferential orientation of LSO thin films synthesized by chemical solution deposition and their correlation with preparation conditions were investigated.
The CZO thin films show excellent c-axis preferential orientation when the content of Zr in CZO thin film is less than 40%.
The evolution of c-axis preferential orientation, surface microstructure and electrical properties of the synthesized films was investigated as a function of PZT orientation.
The results showed that ZnO films deposited to a thickness below 500 nm were polycrystalline with a c-axis preferential orientation.
The results indicated that the Cu-doping enhanced the c-axis preferential growth of the ZnO films, however introduced crystal defects and micro tensions in the crystal lattice reducing the crystal size and the lattice parameter c.
Current maps obtained for two orientations of the composites, parallel and perpendicular to the press sintering axis, show a preferential orientation of the nanoplatelets within the ceramic matrix.
Usually, the [002] direction, i.e., the c-axis, is the preferential orientation commonly occurring in pure ZnO films and doped ZnO films prepared by other fabrication techniques such as sol gel, CVD, and sputtering [10].
Together with magnetic measurements we show that shape anisotropy aligns the preferential magnetization axis along the wire axis.
The HRTEM results further confirm that the c- axis orientation is the preferential growth direction of the single-crystalline ZnO nanorods which correspond to the XRD results.
