One-step bulk synthesis process for phosphorus (P)-doped graphitic carbon (SNP-2017-PCx)


Status: Available for Licensing and/or Research Collaboration

Contact: Gary Bloomer, 406-994-7786

Low oxygen content and a widely-tunable phosphorus content may allow for use of this material as stable phosphorus-based electrodes or as a catalyst of the oxygen reduction reaction (ORR) in fuel cells.

One-step bulk synthesis process for phosphorus (P)-doped graphitic carbon

Ultra‐compact spectral imagers for mapping of weeds in precision
agriculture (NPW-2016-WEED)


Status: Available for Non-Exclusive Licensing and/or Research Collaboration

Contact: Daniel Juliano, 406-994-7483

Ultra‐compact and low cost imaging system to detect, identify, and map weeds from the cab of a combine at harvest time.

Ultra‐compact spectral imagers for mapping of weeds in precision
agriculture

Supporting publications:
MREDI project website: https://mus.edu/research/Funded/OpticsAndPhotonics.asp

Discrimination of Herbicide-resistant Weeds with Hyperspectral Imaging  (SJA-2016-DETECT) 


Status: Available for Licensing and/or Research Collaboration

Contact: Daniel Juliano, 406-994-7483

At Montana State University, an electrical engineering professor and a weed scientist have used funding from the state to develop a technology that can identify herbicide-resistant kochia, with the potential to save farmers $1 billion per year.  This technology is now available for licensing.

MSU develops technology to help growers fight herbicide-resistant weed