The phrase "and methods to fabricate" is correct and usable in written English.
It can be used when discussing techniques or processes involved in creating or manufacturing something.
Example: "The research paper outlines various techniques and methods to fabricate advanced materials for use in aerospace applications."
Alternatives: "and techniques for manufacturing" or "and approaches to produce".
Students will prepare a paper in the field of tissue engineering, and participate in a weekly laboratory in which they will learn and use methods to fabricate materials and perform 3-D cell culture.
However, owing to the absence of high-performance cathode materials and effective methods to fabricate robust and soft electrodes, producing flexible KIBs remains a daunting challenge.
So developing facile and efficient methods to fabricate noble metal NP-modified hierarchical SnO2 and studying the catalytic performance are highly desirable.
Therefore, it is still an attractive and necessary topic for the development of environmentally friendly, facile, and reproducible methods to fabricate rare-earth borate nanometer materials.
Here, we report a simple, cost effective and precisely controllable methods to fabricate high-quality RGO films as a hole injection layer (HIL) for high efficiency polymer light-emitting diodes (PLEDs).
Since Jiali Li firstly reported the fabrication of solid-state nanopore, researchers has always been pursued efficient and controllable manufacturing methods to fabricate solid-state nanopore.
In similar way, Liu et al. [41] used a combination of dry and wet etching methods to fabricate silicon nanopore with the minimum diameter of 30 nm.
Although disordered Ag nanowires assembled into ordered Ag nanowire films have been reported previously to test their SERS13,37,38,39, it is of great importance to develop simple, and low-cost assembly methods to fabricate portable and reusable Ag nanowire SERS substrates.
The advantages and disadvantages of various IBAD methods to fabricate Er-doped Al2O3 film have been compared and are discussed.
Ultraprecision machining technologies, such as diamond micro-milling and single point diamond turning (SPDT) are effective methods to fabricate microstructures and nanostructures with good uniformity in a large area [18, 21, 56, 57, 58].
