Sentence examples for pattern technologies from inspiring English sources

Pallecchi et al. [30] fabricated three kinds of La0.7Sr0.3MnO3 micro/nanobridges (with different widths) by different pattern technologies.

Among the conventional pattern technologies of printed electronics based on silver nanoparticle inks, inkjet printing is the most widely applied due to its great potential for a variety of substrates as well as high-throughput and cost-effective system.

Computer generated hologram pattern technology was used to generate multiple laser beams in controlled positions from a single laser.

This invisible pattern technology has the unique advantage of easy fabrication (by UV irradiation) and easy examination (by manual stretching) compared with previous methods which applied magnets and chemicals.

Spatial control can be achieved by the production of patterned surface chemistries using modern high-resolution patterning technologies based on lithography, microprinting or microfluidics, whilst temporal control is accessible through the application of switchable surface architectures.

To construct 3D cellular structures, many cell patterning technologies have been developed, including micro-contact printing using soft-lithography [8], and microfluidic technology [9].

The new solar cell design requires less structuring and allows large structure sizes, enabling the use of low-cost patterning technologies such as inkjet printing or screen printing.

Particularly, utilizing clustering, classification, and frequent patterns technologies to mine value from massive data in IoT, from the perspective of infrastructures and from the perspective of services were discussed in detail.

The realization of field emitters based on arrayed CNT-SiNW heterojunctions would benefit from the superior thermal and electrical properties of CNTs while taking the advantages of flexible patterning technologies available for SiNWs.

The purpose of this chapter is to provide a summary of polymer patterning technologies for biological applications and detailed instructions for resist-free deep ultraviolet (UV) patterning of poly styrene).

Direct-write micro-patterning of ITO thin films by ultra-short pulse lasers has demonstrated high quality without requiring multiple processing stations, compared with conventional patterning technologies (e.g. wet-etch lithography).