The Modeling Expert System (MES) aids in the generation of models for new transmission equipment (unit) by reusing the models of existing transmission equipment.
We achieve optical network transport using a distributed-reach circulating loop experiment with mesh network loading equivalent to a network capacity-distance product of 6.8 Pb/s-km, including impa
We are using for the prediction of delamination a damage mesomodel for composite laminates defined previously.
The grain structure is compared for films of the organic semiconductor 6PTTP6 prepared in the open air and in a closed, static atmosphere saturated with xylene vapor.
The grain structure is compared for films of the organic semiconductor 6PTTP6 prepared in the open air and in a closed, static atmosphere saturated with xylene vapor.
Mesoscopic (500-2000 Angstrom) and microscopic (5-20 Angstrom) phase segregation with temperature and magnetic field was studied in the model manganite Pr0.7Ca0.3MnO3 by high-resolution neutron dif
We derive the sigma model for granular metals. It is valid for any relation between the temperature T and the grain mean level spacing.
We present a description of granular dynamics based on the idea of differentiation between fluid and solid components. First, we construct a model of completely fluidized phase.
We have been studying sub-micron sized wires and rings constructed from 400-600angstroms thick 1--- ppm CuMn material at temperatures down to 10 mK.
Two fundamental extensions to the function of previously described fully field effect two-dimensional (2D) electron heterostructures are presented.
