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Spatially resolved chemical imaging is critical to progress in applications ranging from materials science to medicine where visualizing chemical distributions with nanoscale resolution is import to tuning material functionality as well as understand signaling pathways.
The invention relates to sensors and more specifically to a sensor for monitoring a gas stream to determine if asbestos fibers are present.
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CAN-D: Controller Area Network Decoder (UT-B ID 202004299) and Universally Applicable Signal-Based Controller Area Network (CAN) Intrusion Detection System (UT-B ID 202004640)
This technology offers automated imaging and taxonomic classification (via machine learning) of invertebrates, which has previously not been conducted
Novel explicit finite element analysis algorithms for transient thermal stress problems.
Neutron diffraction can be used to measure strain, stress, and temperature in ordered materials based on shifts in their diffraction peaks, and conventional in-situ measurements of these properties for internal combustion engines are either sparsely available or non-existent.
This invention provides a microfluidic technique for measuring the zeta potential of surfaces by performing pressure measurements in flow.
This invention describes a test fixture that enables brittle material (e.g., glass, ceramic, ceramic composite, graphite) cylinders and tubes to have their flexural strength measured or be proof tested while being rotated.
The invention provides a system and method for determining linear density of carbon fiber.
The invention provides a system and method for determining parameters of a tow. The system is configured to measure the profile of tows, such as tow width, thickness, and identification and quantification of tow fuzz.