Publications

Solubility and deposition rate experiments were performed in aqueous sodium sulfate and potassium sulfate solutions at elevated temperatures and pressures typical of the supercritical water oxidati

As silicon devices continue to scale, any alternative process and/or device architecture has to meet four critical challenges: (1) performance - I sub (on), I sub (off) and SCE have to scale favora

We present the SALVO CMOS process, first device data and simulation study with the following features: (1) self-aligned local channel implants for SCE reduction; (2) sub-50 nm fabrication using onl

As part of the SAMOA-Net (Spatial Multiplexing in Optical Access Networks) project funded by the federal government, we are working on new SDM-PON concepts and architectures for optical access syst

A rotator, made from polycarbonate and operated hydraulically using liquid helium, has been developed at the High B/T Facility of the National High Magnetic Field Laboratory (NHMFL) in Gainesville,

Electron beams are frequently used for charge neutralization of insulators. The alignment of the electron beam can be difficult because the electron beam impact area may not be observed.

Sample Reduction and Subsequent Adaptive Interpolation of Speech Signals By R. STEELE* and F.

A novel sampled-data analog squarer circuit is described. This circuit makes use of the non-linearity property of MOS transistors operating in the triode mode.

The transfer function approach developed for sampled-data systems has proved to be a very powerful tool for analyzing time-division systems.

The surge of massive antenna arrays in wireless networks required to adopt analog and hybrid array solutions, where antenna elements are not driven by a radio front end each.