Publications

The ductility of fine-grained electroless copper deposited on substrates activated with fine catalytic particles is significantly lower than that of the deposit plated epitaxially on large- grained

The structural relaxation of the 7 x 7 reconstructed Si(111) surface as a function of H sub 2 and H adsorption has been investigated using in-situ ultrahigh-vacuum transmission electron microscopy.

For a high-performance quantum cascade laser structure, a 50% reduction in doping level and 33% reduction in injection barrier thickness yields 5 times stronger luminescence, 20% smaller optical tr

We experimentally study the optical transition width and current transport properties of a set of lambda similar to 8.0 mu m quantum cascade (QC) structures with varying injector barrier thickness

The effect of interference on the achievable rate region in multihop wireless networks under three increasingly constraining interference models network throughput characterization namely primary c

This paper presents a summary of calculations which were performed before and during the construction of a 300-Mb/s repeater for a guided millimeter-wave communication system.

Two classes of artificial semiconductor heterostructures, differing only in the inversion symmetry of their internal quantum wells, are studied via magneto-transport.

Amorphous Si/Ge artificial multilayers have been implanted with Si and B at liquid nitrogen temperature, and partially ion mixed with Ar at different temperatures.

The beam current and beam size at the specimen plane of a JBX 5DII electron beam lithography system was measured for various shaped, single crystal LaB sub 6 cathodes at 50 kV beam voltage.

The focused beam size and current for a JBX 5DII electron beam lithography system was measured for various shaped, (100) single crystal LaB sub 6 cathodes at 50 kV beam voltage.