Sentence examples for allow fabricating from inspiring English sources

These fabrication techniques based on combined bottom-up strategies allow fabricating magnetic nanoentities by electrochemically filling the AAO pores, and the amount of electrodeposited material can be easily controlled through the charge recorded during the nanowire growth.

This approach would allow fabricating coatings based on the same raw material but different optoelectronic properties.

Different from the existing approaches that allow fabricating all components by customized production, we develop a new method to generate customized products by using as-many-as-possible standardized components.

Also, we developed new flexible and transparent polymer composites, in which we embedded upconversion luminescent nanoparticles of Er,Yb NaYF4 in PDMS, a standard polymer for microfluidic devices used for biomedical studies, which allow fabricating thermometric microfluidic chips in which temperature can be determined using our setup.

Selective laser melting (SLM) process allows fabricating strong, lightweight and complex metallic structures.

Metal-assisted chemical etching of Si allows fabricating large-area SiNWs with predetermined doping type and doping level.

Although, in principle, this technique allows fabricating molds with arbitrary tip shapes, in practice, oversized or complex tip shapes are difficult to release without damaging the cast.

3D printing, also referred to as additive manufacturing — AM in the case of metal materials, allows fabricating complex shaped parts and devices in a single step.

Such a design allows fabricating the modules of large total area (up to 0.5×1 m2) and improving environmental protection of the cells.

Compared to these two methods, freeze-drying method allows fabricating porous structures with a much simpler process by the sublimation of frozen liquid phase under vacuum to fabricate a porous structure [8].

14, 27– 33 Although this method allows fabricating extremely sensitive magnetosensorics, the economics and time efficiency for large area and high-throughput preparation of magnetic functional elements for printable and flexible electronics remain an open issue.