"fabrication approaches" is a correct and usable phrase in written English.
It is used to describe different methods of constructing something. For example, "Researchers are developing new fabrication approaches to create devices at the nanoscale level."
With further effort in developing the synthesis and fabrication approaches, a proper utility for the current proposed protocol for fabricating a better sensor device performance is possible.
The tool uses both bottom-up and top-down fabrication approaches and this enhances the capability of the FIB fabrication technique to fabricate complex 3-D micro-/nano-structure easily and precisely.
However, supported catalysts are quite complex, and their fabrication approaches are time-consuming.
Accordingly, novel lithography-based fabrication approaches are introduced together with their remarkable applications.
The electrospray technique overcomes the main problems encountered by top-down fabrication approaches, largely simplifying the experimental setup.
For a better understanding of these structures, we would review these structures based on different fabrication approaches.
Central to the printing quality of complex three-dimensional structures fabricated by the support bath-enabled fabrication approach is the formation of a continuous filament with well-defined geometry.
The results indicate that using this fabrication approach, a switchable Bragg filter for optical communications may be fabricated by direct-write e-beam sub-micron domain engineering in LPE LiNbO3.
In this work, we present a hybrid scaffold fabrication approach by integrating electrohydrodynamic (EHD) printing technology with extrusion deposition together to fabricate hierarchical 3D scaffolds with well controlled structures at both macro and micro scale.
This method may further shed light on the fabrication approach on magnetic NWs with high quality.
Therefore, searching a simple and cost-effective fabrication approach for silicon MP/NW structure is necessary.
