Publications

A methodology characterizing the strength of PDMS bonding has been proposed. This method employs a blister test to measure and a line force model to describe the bonding strength.

The -physical properties of polyethylene are such as to make it attractive for many wire insulating applications, particularly in multi-conductor communications cables.

In this work, we demonstrate interesting polygonal Wenzel droplets on microstructured surfaces.

The synthesis of polyhexylsilyne, [C sub 6 H sub (13) Si] sub n, 1, the first member of a new class of silicon network polymers, was accomplished using high intensity ultrasound to effect the reduc

Multichip integration provides an attractive means to overcome space limitations for large-port-count optical microelectromechanical systems (MEMS) routing systems by allowing actuation and control

A single-sink confluent flow is a routing of multiple demands to a sink r such that any flow exiting a node v must use a single arc. Hence, a confluent flow routes on a tree within the network.

Treatment of polymer chains in the rotional isomeric states (RIS) approximation is developed and shown to be a realistic and useful model.

Single layer polymer LEDs are ideal candidates for practical applications due to their easy processing conditions.

Astonishing progress has been made in VLSI electronic devices in the last decade.

This paper discusses some of the recent advances and challenges that lie ahead for Polymer Microwave Fibers (PMF).