We present results of an interferometric endpoint prediction technique for use in plasma etching of various gate structures in advanced CMOS device fabrication.
It is known and has been demonstrated experimentally that the sensitivity of an optical interferometer can be increased by injecting squeezed light into the unused port of the interferometer.
Television signals contain a significant amount of frame-to-frame redundancy because of the 60-Hz field rate used to eliminate flicker.
The intergrain magnetoresistance (IMR) observed in polycrystalline half-metallic ferromagnets at temperatures below the Curie temperature T sub c was investigated.
We find gaseous CIF(3) is an effective etchant for certain Ta compounds used in the fabrication of hybrid integrated circuits (HIC's).
In Quantum Hall bilayers, at total filling factor one, a transition from a compressible phase with weak interlayer correlations to an incompressible phase with strong interlayer correlations is obs
A simple model for calculating the RKKY exchange interaction between layers of a magnetic rare earth (RE) metal separated by Yttrium is presented.
The structures of the liquid crystalline chiral subphases exhibited by several materials containing either a selenium or sulphur atom have been investigated using a resonant x-ray scattering techni
In this paper, we present an interleaver design method for SCCC. Our design criterion is to minimize the message-round probability in the SCCC graph which is specially well suited for SCCC.
In this letter, we present an analysis tool for the convergence of a turbo decoder using the min-sum algorithm. First of all, we classify cycles on a turbo code factor graph.
