Organic materials offer new electronic functionality not available in the inorganic devices.
The results of a search for connector contact lubricants which have higher service temperatures than a widely used five-ring polyphenylether (5-PPE) fluid are reported in a companion paper and cont
It has long been known that surface physical and chemical states can strongly affect and indeed dominate the bulk-averaged electronic properties of a semiconductor, [1] and that semiconductor surfa
The performance of different electronic equalization and processing schemes for 40- and 10-Gb/s optical transmission over single-mode fiber (SMF) are discussed, from the point of their ability to c
We present a receiver-side electronic dispersion compensation scheme based on optical field reconstruction using orthogonal differential direct-detection and DSP.
Electronic dispersion compensation by analog and digital equalizers enable a considerable increase of high bit rate optical transmission system tolerances.
We studied electronic dispersion compensation in bandwidth limited PSBT systems for 50 GHz spaced DWDM application.
The electron population in the excited miniband of quantum cascade structures with intrinsic superlattice active regions is extracted from the fine structure analysis of spontaneous interminiband e
We use intentionally lattice mismatched superlattices of In sub x Ga sub (1-x) As / InP , where 0.3 x 0.8, to study the energy levels of confined particle states characteristic of strain layer s
The observed electronic effects due to dislocations in semiconductors have traditionally been ascribed to dangling bonds (1) or imperfections such as kinks.
