Publications

We propose a technique to write non-periodic patterns using interference lithography.

The hole formation mechanism in thin films for optical recording is studied based on the energy balance between the surface tension gradient driven force and various opposing forces.

The problem of arranging two-dimensional arrays of data into one-dimensional sequences comes up in image processing, color quantization, and optical and magnetic data recording.

The problem of arranging two-dimensional arrays of data into one-dimensional sequences comes up in image processing, color quantization, and optical and magnetic data recording.

WSi sub x thin films on GaAs substrates have been investigated for potential use as refractory gates for self- aligned MESFET and SDHT devices.

Channelization By E. T. HARKLESS, A. J. NARDI, and H. C.

During 1975 and 1976 a field evaluation test of the WT4 millimeter waveguide transmission system was conducted jointly by AT&T Long Lines, Western Electric, and Bell Laboratories.

The WT4 millimeter waveguide transmission system is a long-haul, high-capacity digital transmission system.

The WT4 waveguide transmission system is a long-haul, high-capacity digital transmission system.

The WT4 millimeter waveguide system requires equalization of the loss and delay of the line which is made up of both the waveguide itself and the diplexer (waveguide channelizing filter) arrays.