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Spectroscopy Combining Base Stations and UAVs
Reference #: 01581 The University of South Carolina is offering licensing opportunities for Spectroscopy Combining Base Stations and UAVs Background: Existing products to monitor atmospheric constituents consist of stationary passive samplers, FTIR scanners, and UAV-based passive samplers. All these products do not have the ability to accurately...
Published: 3/8/2023
|
Inventor(s):
Michael Myrick
,
Nikolaos Vitzilaios
,
Michael Hodgson
,
Bruce Davis
Keywords(s):
drone
,
laser
,
modeling
,
monitoring
,
plume
,
QCL
,
remote sensing
,
spectroscopy
,
sUAV
,
telescope
,
UAV
Category(s):
Engineering and Physical Sciences
A Reproducible Sample Preparation Method for Quantitative Stain Detection
Reference #: 01146The University of South Carolina is offering licensing opportunities for a method that allows liquid stains to be created on fabric in a reproducible and constant manner that greatly reduces unwanted variability between samples of different dilution or fabric type.Invention Description: The subject invention is a stain-barrier that...
Published: 2/6/2018
|
Inventor(s):
Michael Myrick
,
Brianna Cassidy
,
Zenyu Lu
,
Katherine Witherspoon
,
Alena Bensussan
,
Jennifer Martin
,
Stephanie Dejong
,
Stephen Morgan
,
Wayne O'brien
,
Mackenzie Meece-Rayle
Keywords(s):
Category(s):
Chemistry and Biochemistry
Reproducible Sample Preparation Using 3D Printing
Reference #: 01152 The University of South Carolina is offering licensing opportunities a method of 3D printing polymer boundaries that allows fast preparation of reproducible sampling areas on the fabric substrate sample materials while minimizing variability. Invention Description: The subject invention is a reproducible sample preparation method...
Published: 8/7/2018
|
Inventor(s):
Zhenyu Lu
,
Brianna Cassidy
,
Katherine Witherspoon
,
Stephanie Dejong
,
Raymond Belliveau Iii
,
Michael Myrick
,
Stephen Morgan
Keywords(s):
Category(s):
Chemistry and Biochemistry
Thermographic Imaging of Chemical Contrast via Differential Heating
Reference #: 01006 The University of South Carolina is offering licensing opportunities for a method of detecting the presence of small amounts of a substance on a surface without using harsh chemicals or other damaging/hazardous techniques. Invention Description: Latent Heat Thermography is a technique that exploits differences in hydrophobic/ hydrophilic...
Published: 7/10/2023
|
Inventor(s):
Michael Myrick
,
Wayne O'brien
Keywords(s):
Category(s):
Chemistry and Biochemistry
,
Engineering and Physical Sciences
Detecting Heat Capacity Changes Due to Surface Inconsistencies using High Absorbance Spectral Regions in the mid-IR
Reference #: 00827The University of South Carolina is offering licensing opportunities for this novel method of visualizing surface inconsistencies.Potential Applications:Visualization of:• Seams between boards• Repairs to drywall• Variations in concrete• Repairs to vehicles• Cracks in foundationAdvantages and Benefits:This method provides a non-destructive,...
Published: 4/4/2017
|
Inventor(s):
Michael Myrick
,
Megan Baranowski
,
Heather Brooke
,
Stephen Morgan
,
Jessica Mccutcheon
Keywords(s):
Category(s):
Chemistry and Biochemistry
,
Research Tools
Detecting Surface Stains Using High Absorbance Spectral Regions in the mid-IR
Reference #: 00826The University of South Carolina is offering licensing opportunities for this technology.Invention Description:The subject invention provides a non-destructive, hands-off technique for the detection of surface coatings in trace concentrations, coatings that are often times invisible to the naked eye. These types of surface stains...
Published: 9/1/2022
|
Inventor(s):
Michael Myrick
,
Megan Baranowski
,
Heather Brooke
,
Stephen Morgan
,
Jessica Mccutcheon
Keywords(s):
Category(s):
Chemistry and Biochemistry
Multi-mode Imaging in the Thermal Infrared for Chemical Contrast Enhancement
Reference #: 00811 Invention Description: This technique relies on a thermal imaging system adapted with a modulated light source. Chemical contrast in the image is enhanced by using AC responses as well as lock-in amplifier techniques to acquire both reflection and emission data about the sample. Potential Applications: One skilled in the art will...
Published: 9/2/2022
|
Inventor(s):
Michael Myrick
,
Heather Brooke
,
Stephen Morgan
,
Megan Baranowski
,
Jessica Mccutcheon
Keywords(s):
Category(s):
Chemistry and Biochemistry
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