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This technology is a modification of existing electronic speckle pattern interferometers (ESPI) used in measuring physical changes along the surface of materials in a variety of industrial and medical applications. The invention uses an approximately common path interferometer thus enabling portability in using this powerful system in factories and in the field, which are currently cost prohibitive.

Method for in situ decomposition of contaminants in the ground using porous particles containing microorganisms and nutrients sustaining the microorganisms while they break down the contaminants into innocuous products.

An improved design for a removable bollard post to prohibit vehicle access into controlled areas.

This technology is a method for preparing a mesoporous organosilica for catalysis and adsorbent activities. The synthetic, semi-crystalline, structure is an inorganic oxide with mesopores lined with a reactive organic silane chemical groups (moieties).

The invention improves the output of positive displacement pumps for gases with a novel valve, gear, and camshaft design to reduce temporal fluctuations among piston chambers. The improved gas output would benefit HVAC and related industries.

The invention is a method for producing a tunable electrochemical network material for lithium-based batteries. The resulting network provides significant improvement in conductivity and mechanical properties including resistance to crystallization at cooler temperatures.

The invention is a fabrication method for producing thick polymeric or composite parts at high speeds and reduced costs. Conventional processes are decoupled under the new design, which uses photopolymerizable compositions for encapsulating microelectronic or other parts.

This invention provides a method for producing a transgenic plant expressing fucosyltransferase. The enzyme is responsible for adding fucose to xyloglucan, which is the major hemicellulosic polysaccharide in dicots.

A novel fluorescence thermography system providing increased temperature range and accuracy for the test and measurement industry.

A method of using UV light and ozone for cleaning "mold release" agents from the surface of plastic and metal parts (e.g., for molding plastics). This method could replace the more expensive chemical cleaning in the manufacturing industries of automobiles, electronics, and consumer products.