Intellectual Property Search Results

You searched for all technologies belonging to Brian Davison.

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A Novel Monolignol That Reduces Recalcitrance of Plant Cell Walls
ID: 201102581

A Novel Monolignol that reduces recalcitrance of plant cell walls

Scanning Probe Microscopy with Spectroscopic Molecular Recognition
ID: ID 2174

ORNL researchers developed an innovative imaging method that possesses the imaging capability of scanning near-field ultrasound holography and the chemical specificity of reverse photoacoustic spectroscopy. This imaging method can achieve chemical differentiation with nanometer resolution. Atomic force microscopy is a well established technique for imaging surface features of a nanometer or less. In conventional methods, a cantilever has a tip capable of making a nanometer sized contact. However, any small variation in distance between the probe and the sample surface can result in a large change in the contact force between the probe’s tip and the sample. To address this challenge, the invention includes two independent oscillators and is able to distinguish the frequencies of the two acoustic waves applied to the probe. In addition, electromagnetic energy is applied to the sample, causing a change in phase of the second acoustic wave. The device can also be used for determining chemical characteristics of a sample by applying different acoustic waves.

Zeolitic catalytic conversion of alcohols to hydrocarbons
ID: ID2414

A method for catalytically converting an alcohol to a hydrocarbon without requiring purified or concentrated alcohol was invented by ORNL researchers. This approach can be used for relatively dilute bio-mass produced alcohols, such as those found in a biomass fermentation reactor.

BESC Industry Contact Information

To learn more about the BioEnergy Science Center's (BESC) industry program, please contact Brian Davison, Science Coordinator, besc@ornl.gov.

BioEnergy Science Center 2007-2017