New techniques for materials synthesis:
An emphasis on wide band gap materials for application n the electronics, energy, aerospace and defense industries.
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Nuclear battery technology (Kr-85):
The battery project has a broad spectrum of applications as a power source.
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Diamond film-based sensors:
Sensors to measure biological and chemical agents in the air water and soils at low concentrations (Femtogram levels) |
Micro Bubbles:
Mitigating the effects of radiation on wide band gap materials.
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Field Enhanced Diffusion with Optical Activation (FEDOA):
Especially related to hydrogen fuel cells and hydrogen storage. |
Diamond PEM membrane technology:
Diamond materials that have clearly shown their capability to replace the current polymer electrolyte membrane.
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Removal of impurities from semiconductor wafers:
It has been scientifically recognized that the key to commercial development of high temperature silicon carbide GaN and gallium nitride SiC is directly affected by the removal of impurities.
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Forced diffusion technology for coloring gemstones:
Forced diffusion technology has been demonstrated on mined diamond, diamond films, and gahnite. Impurities such as lithium, boron, nitrogen, oxygen, fluorine, sodium, aluminum, sulfur, and chlorine have been added to diamond and the results have been verified.
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Excimer Lamp Technology:
Description of specific Technology
This lamp uses a highly efficient photon emission reaction (7-50%) from excimers to produce wavelengths of vacuum ultra violet (VUV) to visible light.
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MEMS Power supplies:
Compact Nuclear Batteries Utilizing Wide Band Gap Materials.
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