The phrase "alignment of the material" is correct and usable in written English.
It can be used in contexts where you are discussing the arrangement or positioning of physical or conceptual materials to achieve a specific purpose or outcome.
Example: "The alignment of the material is crucial for ensuring the structural integrity of the building."
Alternatives: "arrangement of the material" or "positioning of the material".
Second, the band alignment of the material with the contact metals is altered, which results in changing the extraction probability and the recombination rate of all the excited carriers including the spin-polarized ones37,38,39.
But it is often unclear, even up to the last minute, just how grave or spectacular the effects will be on Earth - that depends on the magnetic alignment of the material within the CME, which is difficult to predict.
Understanding this effect of structure on energy generation from thermopower waves can help in the design of optimized hybrid composites of nanomaterials and fuels, especially designs based on the internal alignment of the materials.
The experts also validated the appropriateness of the topics and questions targeted, as well as the alignment of the assessment materials with the technology and other learning materials.
Given the reliability of the theoretical calculations in predicting band gap differences, this is best explained by additional effects not included in the theoretical calculations and most probably due to the fact that the InAs NWs are inherently n-type, which could pin both materials and thus mask the band alignment of the pure materials.
The main difficulty is the fact that the created potential upon coating is not tunable and is determined by the band alignment of the chosen materials for the core, the shell and the host as well as the charge distribution in these layers.
It is related to the band alignment of the two materials.
Therefore, it is demonstrated that controlling the alignment of the core materials can modulate the overall aspects of combustion via the heat conduction along the core nanostructures.
The cooling behaviour depends on the anisotropic thermal diffusivity of the used composite, which is caused by the alignment of filler material due to the injection moulding process and the interconnectivity of the filler particles.
All arise from the judicious re-alignment of the principal material axis of laminate classes with Bending Twisting and/or Bending Extension and Twisting Shearing coupling; where off-axis material alignment of these parent classes gives rise to distinctly different mechanical coupling behaviour.
The most important parameter for the formation of superlattices is the band edge alignment of the two adjacent materials.
