Publications

Carefully designed mechanical optical fiber splices have achieved record field performance with respect to loss, productivity, and reliability.

Fe(75)B(15)Si(10) and Co(72.5)B(15)Si(12.5) glass wires, when cold-drawn, exhibit high magnetic squareness and coercive forces ranging from 1.0 to 20 Oe.

Brillouin scattering spectroscopy has been used to evaluate the mechanical properties of glasses based on GeO sub 2 and SiO sub 2 combined with Bi sub 2 O sub 3, PbO, Sb sub 2 O sub 3, and Tl sub 2

Mechanical properties of a polyacrylamide gel with reversible DNA crosslinks are presented. In this system, three DNA strands replace traditional chemical crosslinkers.

Mechanical properties of a polyacrylamide gel with reversible DNA crosslinks are presented. In this system, three DNA strands replace traditional chemical crosslinkers.

The mechanical properties of solid polymer materials are largely determined by what motions, parts or segments of the polymer chains can undergo.

The long term mechanical reliability of optical fiber with sputtered metallization for hermetic terminations in optical devices is improved by the reduction in static fatigue of the fiber due to th

Mechanical strength of gels is an important factor in determining their drying conditions.

Leakage mechanisms for shallow, silicided n+/p junctions have been investigated.

We demonstrate that the excess vacancies induced by a 1-MeV Si implant reduce the excess interstitials generated by a 40-keV Si implant during thermal annealing when these two implants are superimp