Analytical-Instrumentation

This invention is a continuous flow liquid extraction surface sampling probe that can be used in any spatial orientation to sample materials from select surface location via a liquid solid extraction mechanism.

The invention is an instrument that is applicable for engine-system development, specifically related to resolving cylinder-to-cylinder and cycle-to-cycle combustion uniformity.  It will be used in conjunction with the EGR Probe (intake measurements) to provide a more com

The instrument is applicable for engine-system development, specifically related to resolving cylinder-to-cylinder and cycle-to-cycle combustion uniformity.  It will be used in conjunction with the EGR Probe (intake measurements) to provide a more comprehensive understand

The foundation of our biosphere and civilization rests on the food and energy produced by plants using sunlight.

The Liquid Salt Environment Creep Testing Extensometry System enables testing of creep deformation properties of materials in corrosive liquid environment at temperatures up to 1000°C. The system provides solutions to the major problems in such testing, i.e.

Automated Root Observation System is the below ground roots image collection tool and presents a new generation of fully automated rhizotrons for commercial use.

This invention disclosure describes a new approach for high sensitivity and real-time online measurements to monitor the kinetics in the processing of nuclear materials and other chemical reactions.

This invention measures very small changes in temperature, below 0.001 degrees Celsius. The geometry and material construction is optimized to measure a temperature change that is caused by a radiant power flux (i.e.

The invention relates to emissions sampling and more specifically to a probe and a method for sensing emissions.

The invention relates to scanning probe microscopy and more specifically to an ultra-fast spectroscopy technique to facilitate the observation of fast transient behaviors.