Sentence examples for advanced fabrication techniques from inspiring English sources

Most recently, through advanced fabrication techniques, it is even possible to fabricate nanostructures with controllable internal defects such as twin boundaries (TBs) [3, 4].

In the last decades, several natural, synthetic, and bioartificial polymers have been microfabricated into cardiac patches through both conventional and advanced fabrication techniques.

In this review, we analyze the material requirement from different TE perspectives, while discussing pros and cons of advanced fabrication techniques for scale-up manufacturing.

While plasmonic nanostructures initially served to expand the light harvesting spectrum of semiconductors, rational designs and advanced fabrication techniques have increasingly improved the light absorption capabilities of the plasmonic metal/semiconductor hybrid architectures as a whole.

Our analytical solutions are a design guide for graded mesh structures that can be realized by advanced fabrication techniques such as additive manufacturing and applied in applications ranging from telecommunications to buildings, where PCMs are employed to harness rapidly varying energy sources.

This resolution was obtained by the advanced fabrication technique for producing very sharp capillaries with a small pore at the apex, notably by the use of a computer controlled puller equipped with a CO2 laser to melt the capillary and the use of quartz capillaries with a high melting point.

This article reviews the recent progress in developing advanced chitosan structures using various fabrication techniques.

Interesting and promising membrane designs and fabrication techniques of advanced membranes for MD are highlighted.

A diplexer offering the advantages of compact size, high performance, and high reliability is proposed on the basis of advanced integrated passive device (IPD) fabrication techniques.

Semiconductor fabrication techniques such as advanced lithography or holography [13, 14] are some of the most widely used methods.

In our experiments, flexible micro-structures are fabricated using traditional fabrication techniques.