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Electrodeposition and Superconductors.

Mixed Metal Oxide Superconduction.

Electrodeposition holds a number of advantages over
other methods of deposition for the growth of crystalline
materials. The Norton Group has advanced electrodeposition
particularly in the area of deposition of mixed metal
oxide superconductors
. The Mixed Metal Oxide
Superconductor Ba1-xKx BiO3 displays a transition temperature
of 32K for an x value of 0.3.

It also displays a number of properties characteristic of higher Tc materials, including a flux-line liquid phase, observable in the large crystals produced using our electrodeposition process.

These tools and others are utilized to aid in understanding nanomachines and  their related elements through nanotechnology. Nanochemistry is an important component of our success and is being investigated by Dr. Michael L. Norton. Michael L. Norton Ph. D. Contact Norton Laboratories with your interests. Michael L. Norton Ph. D.

For more information, send your questions to:

Michael L. Norton Ph. D.
This is a true color Optical Micrograph of a cross section of a compositionally modulated, Twinned Oxide Super Conductor Crystal. The metallic regions are blue, and the insulating regions are red.

© 1990 - 2004 Norton NanoLaboratories

Michael L. Norton, Ph. D
Department of Chemistry - Marshall University, 1 John Marshall Drive, Huntington, WV 25755

 

23.07.04