Sentence examples for fabrication capability from inspiring English sources

With such a 3D laser fabrication capability, so-called "direct laser writing" (DLW), a wide variety of 3D optical functional devices can be realized.

Particularly, the zero-dimensional nanostructure, commonly called a nanoparticle, is a promising component for optical measurement systems due to its attractive features, e.g., ease of fabrication, capability of surface modification and relatively high biocompatibility.

The MUMPs process has the advantages of low cost and accessibility to general users since it is not necessary to have access to customized fabrication capability such as wafer-bonding and sacrificial release processes.

While most board houses follow certain fabrication standards, not all have the same fabrication capabilities.

However, the technique is relatively new, and little effort has been made in extensively exploiting its wide fabrication capabilities.

The file contains experimental details (Figures S1 and S2) and supplementary examples of fabrication capabilities (Figures S3 to S5). (DOCX 3 MB).

These advances bring CQFC to the level where it can help design and quantitatively analyze quantum effects in integrated optics systems and, reciprocally, benefit from fabrication capabilities of nanophotonics technology.

It has advantages to replace their traditional wired electrodes by a high-density thin-film multielectrode stimulation array which is relatively small in dimensions, stable, resistant to electrolysis, and offers batch fabrication capabilities with good electrical and mechanical properties.

It must be able to deliver nutrients into the scaffold and transport undesirable metabolites outside scaffold Fabrication Possess desired fabrication capabilities (e.g. being readily produced into irregular shapes of scaffolds that match the defects in the bone of individual patients) Commercialisation Be fabricated at an acceptable cost for commercialisation.

Overall, the Falcon 20 TASE, backed by the flight resources, especially the design and fabrication capabilities of the NRC-FRL, provide investigators with a versatile and responsive opportunity to pursue research into advanced medical techniques that will be needed to save lives during space exploration.

The methods are developed specifically for use on the machine shop floor to take advantage of the possibility to update and extend knowledge models to reflect current fabrication capabilities and to adapt to changes in the environment and re-plan during operation.