Publications

A new dissipation behavior is reported in single crystal Bi sub (2.2) Sr sub 2 Ca sub (0.8) Cu sub 2 O sub (8+delta) for all temperatures and all magnetic fields exceeding H sub (c1).

We present a summary of the experimental findings for a new dissipationless transport effect in high-mobility two-dimensional electron systems exposed to crossed millimeter wave and weak magnetic f

Thermally activated flux motion or flux creep is shown important for a description of the electromagnetic properties of the high-temperature superconductors.

Influence of different functional groups on dissolution behavior of resist resins based on charge-transfer polymerization of cycloolefins with maleic anhydride was studied.

We present a BIST-based approach able to detect and accurately diagnose any single and most multiple faulty programmable logic blocks (PLBs) in field programmable gate arrays (FPGAs).

Using Raman scattering, it is shown that for a given solution conditions the quantum yield of photolysis averaged over a 10 ns laser excitation pulse is consistently lower for COHb (Zurich) than fo

We report EXAFS measurements on icosahedral and orthorhombic Al(6)Mn, icosahedral Al(74)Mn(20)Si(6), and a-Al(100)Mn(24)Si (14).

The data base of surface-state energies on the metals Cu, Ag, Au, Ni, Pd and Pt is assembled and, with the aid of a simple model, is used to estimate the distance of the image plane and its trends

Collaborations over distance must contend with the loss of the rich, subtle interactions that co-located teams use to coordinate their work.

This paper presents an Automatic Gain Control (AGC) that derives the gain from the sound source to microphone distance, utilizing a distance sensor.