The phrase "alternative fabrication methods" is correct and usable in written English.
You can use it when discussing different techniques or processes for creating or manufacturing something, particularly in fields like engineering, manufacturing, or art.
Example: "The research focused on alternative fabrication methods to improve efficiency and reduce costs in the production process."
Alternatives: "different manufacturing techniques" or "varied production methods".
These alternative fabrication methods have micrometer μm resolution, but may require surface treatment to ensure low-binding affinity to collagen.
Misalignment prevents any fabricated devices from realising the full field enhancement factor of the composite CNTs; in order to achieve this alternative fabrication methods capable of aligning, en masse, the CNTs must be considered, with chemical vapour deposition being the most promising method to date.
This loss may be avoided by using alternative fabrication methods.
A typical USEA can reach up to 1.5-mm deep into tissue, but electrodes as long as 9 mm have been machined using alternative fabrication methods [ 6].
An alternative fabrication method is possible using a sacrificial material.
An alternative easy fabrication method without e-beam lithography is required for large-scale integration for practical electronic device applications.
As an alternative approach to the fabrication methods mentioned above, deposition of metal and dielectric (semiconductor) nanocomposites by reactive magnetron sputtering or related physical vapor deposition-based methods could be considered.
Because of difficulties associated with solution processing methods, alternative fabrication of thin films from dual-boat vacuum deposition and electrochemical deposition have recently been explored.
As alternatives to these traditional fabrication methods, self-assembled chitosan nanomaterials show significant advantages and have received growing scientific attention in recent years.
The electrochemical growth method offers an alternative fabrication with simple equipment requirements to grow a single nanowire.
Lithography-based AMT offers an excellent alternative to existing bone implant and scaffold fabrication methods providing accurate control of 3D morphology and pore architecture.
