Sentence examples for use of dislocation engineering from inspiring English sources

Sulphur was implanted into boron doped silicon p n junctions making use of dislocation engineering.

A comparison will be made between the luminescence characteristics of standard iron disilicide diodes and diodes that have been augmented by the use of dislocation engineering, using dislocation loops, to provide spatial localisation of the injected carriers.

Special attention is given to the use of dislocation engineering, where, through the use of additional dopants, not only can 1150-nm band edge emission be achieved but tuning of the wavelength to accommodate telecommunications applications is also possible.

As cell performance becomes increasingly bulk lifetime limited, the importance of dislocation engineering increases too.

Efficient silicon-based light emitting diodes have been fabricated using the dislocation engineering method.

It can be improved by many ways (e.g. by use of dislocation dynamics code).

We review progress in silicon LEDs using dislocation engineering to achieve high temperature operation, a process that is fully CMOS (Complementary Metal Oxide Semiconductor) compatible.

In particular, we show that the use of erbium, together with dislocation engineering, could provide useful optical emission and gain at the important 1.5 μm wavelength that dominates optical data transfer.

Room temperature β-FeSi2 light emitting diodes have been fabricated by conventional ULSI processes using a recently developed dislocation engineering approach.

We go onto describe how dislocation engineering can be used to nano-engineer, locally, the strain in optically active silicon devices to enable high operating temperatures.

This study reviews the literature on mc-Si solar cells; it focuses on the (i) impact of dislocations on cell performance, (ii) dislocation diagnostic skills, and (iii) dislocation engineering techniques during and after crystal growth.