Advanced Materials

Organic Fluorophores for More Efficient Plastic Scintillators

Clemson University researchers have developed a new class of organic pyrozaline-based fluorophores with enhanced emission and luminosity in response to ionizing radiation.

Inventor: Timothy Devol, Valery Bliznyuk, Ayman Seliman, Nadezhda Derevyanko, Alexander Ishchenko

Published: 1/11/2021

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Producing Non-toxic, High Bio-content Non-isocyanate Polyurethanes from Lignin

Advanced Materials

Clemson University inventors have developed a synthesis of polyurethane that replaces the use of toxic compounds.

Inventor: Srikanth Pilla, James Sternberg

Published: 12/4/2020

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Non-aqueous 2D Material Based Hydrogen Isotope Separation

Advanced Materials

A Clemson University researcher has developed a non-aqueous based system that can achieve high isotope selectivity, while being cost and energy effective.

Inventor: Kyle Brinkman

Published: 11/30/2020

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Process for Fabricating Hollow-Porous Silicon Nano-Quills

Advanced Materials

Clemson University researchers have developed a two-step process for the synthesis of hollow-porous silicon nanostructured materials.

Inventor: Srikanth Pilla, Apparao Rao, Morteza Sabet

Published: 11/5/2020

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3-Level Ytterbium Fiber Lasers for Efficient High-Power Lasing

Advanced Materials

Clemson inventors have designed a new ytterbium fiber (Yb) laser pump for suppressing lasing at traditional Yb wavelengths to overcome current limitations and provide efficient, high-power diffraction limited lasing.

Inventor: Liang Dong

Published: 10/26/2020

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