Sentence examples for next generation semiconductor from inspiring English sources

All of these benefit from the strong local presence of STMicroelectronics, a European chipmaker, which leads a consortium on next generation semiconductor manufacturing that draws in other important microelectronics companies including Philips, Motorola of America and TSMC of Taiwan.

It is shown that active bearings provide interesting advantages and additional features for substrate positioning, enabling a rather simple and cost effective stage design, suitable for next generation semiconductor applications.

This review takes engineer-oriented approach to discuss the FEL technology issues, keeping in mind applications in the fields of military and aerospace, next generation semiconductor lithography, photo-chemistry and isotope separation.

Our work, in relaying a feasible method to synthesize Bi2S3/Bi2MoO6-based Bi2S3/Bi2MoO6-basedrstructures, and documents a universal preparation metheterojunctionic heterogeneousuperstructuresd provides necessand groundocuments the development of next generation semiconduniversaltocatalytic technology and gas sensor.

GAA silicon nanowire device is a promising nano structure for next generation semiconductor device, but the deep scaled device features and its gate-all-around configuration make the device to have limited ESD reliability.

Hydrogen plasma becomes an alternative to the conventional oxygen plasma in stripping photoresist in the next generation semiconductor processing because the conventional oxygen plasma is known to degrade ultralow dielectric constant films by depleting carbons from the films.

"This strategic combination positions Lam Research to lead the development of next-generation semiconductor manufacturing technology and productivity solutions at a time when growing semiconductor demand and increased device complexity are creating significant business opportunities," Stephen G. Newberry, vice chairman and chief executive of Lam Research, said in a statement.

3D integrated circuits (3-D ICs) technology is a promising approach for next-generation semiconductor microelectronics.

Control over the location, distribution, and size of quantum dots is essential for the engineering of next-generation semiconductor devices employing these remarkable nanostructures.

For further study towards the next-generation semiconductor fabrication, the ion-species distributions in large-volume plasma should be taken into account as well as those of the other plasma parameters.

Japan's second-largest computer maker, Fujitsu, will invest $1.5 billion to build a factory in western Japan to make next-generation semiconductors for computers and electronic products.