Sentence examples for formation and device from inspiring English sources

However, these nanowires were usually randomly distributed without any preferential orientation, hindering the subsequent heterostructure formation and device processing.

In this paper, the effects of silicon recess geometry and SiGe step height on SiGe epitaxy growth, SiGe facet formation and device performance in a SiGe process-induced strained silicon device are investigated.

Additionally we correlate these biophysics and thermal history (cooling rate and end = temperature) to post-thaw viability in vitro in HL-1s guide optimal lesion formation and thus cryoablation device design.

Moderate polymer concentrations of about 10 wt.% lead to only minor changes of the electrical performance while at the same time improving the film formation and consequently the device luminance significantly.

This paper highlights some challenges over and above those of developing a high quality dielectric/III V semiconductor interface, specifically in the areas of scaled source/drain contact formation and channel materials and device architectures which have to be addressed if III V MOSFETs are to be a credible solution to enable continued scaling of the ITRS beyond 2018.

After the formation and first RESET, the device could be consecutively switched between LRS and HRS by applying SET and RESET voltages, respectively, to the TE.

The main goals of the new design are: significantly lower both optical crosstalk and after-pulse effects at high signal amplification, improve speed of single photoelectron pulse formation, and significantly reduce the device capacitance.

The manipulation for the bubble formation and breakup in microfluidic devices is presented.

This will pave way for a more detailed exploration of strain-engineered nanostructure formation and functionalization of electronic devices.

The reason why physicians continue to use landmarks was the lack of formation and the absence of ultrasound device.

Thus, there is a clear need for effective preventative measures, such as thin coatings that can be applied onto medical devices to stop the attachment, proliferation, and formation of device-associated biofilms.