Sentence examples for continuously scaled from inspiring English sources

Fluctuation due to random discrete dopant (RDD) distribution is becoming a major concern for continuously scaled down metal-oxide semiconductor field-effect transistors (MOSFETs) [1 4].

As predicated by the International Technology Roadmap for Semiconductors (ITRS), the dimension of the MOSFETs is continuously scaled down to reduce the area of integrated circuits.

Semiconductor memory is essential for information processing as a key part of silicon technology; semiconductor memory has been continuously scaled to achieve a higher density and better performance in accordance with Moore's law [146].

In the past 40 years, metal oxide semiconductor field effect transistors (MOSFET) are used as basic component in integrated circuits (IC) where the transistor size was continuously scaled down [1 4].

To explore the performance of DML, the size of machined grayscale image on metal surface is continuously scaled down from 2 mm to 100 μm radius, which is still able to be recognized with the aid of a microscope, demonstrating the capability of DML in transferring pixelated image on metal surface with high fidelity and intelligibility in a wide range of image size.

A subsample was considered adequate because continuously scaled outcomes with repeated measures provide more power.

This analysis provides a useful method for observation of the FRT patterns of continuously varied orders with a scale invariant input pattern, and is helpful for the design and evaluation of optical systems implementing the FRT.

I agree that production costs on Broadway have risen to ridiculous proportions, and that it is a step in the wrong direction to continuously scale back the number of actors and musicians used in large productions.

With CMOS processing technologies continuously scaling down to the nano-scale, on-chip soft error rate (SER) has been predicted to increase exponentially.

In addition to the improvement on DC characteristics of individual device, however, continuously scaling not only overcomes challenges on fabrication but also suppresses systematic variation and random effects [4,5].

As CMOS technology continuously scales to the 10-nm node and beyond, the nearly perfect electrostatic integrity in the fin channels due to the double or triple gates is degraded, leading to stronger SCE in the ultimate short channels [3, 4].