The science of stopping fires could be taking a step forward with help from researchers at Texas A&M University. Dr. Jamie Grunlan is a mechanical engineering professor who leads the lab that developed a new fire-retardant coating. He talked to Good Day about the ultimate goal — fire proof wood.
Dr. Jaime Grunlan has been honored with the prestigious status of Fellow by the American Chemical Society (ACS), joining a select group of researchers recognized for their exceptional contributions to the science or profession of chemistry.
COLLEGE STATION, Texas — A Texas A&M doctor is working to develop new non-toxic protective nanocoatings to the clothes worn by our military servicemen and women while serving around the world. Dr. Jaime Grunlan is applying water-based nanocoatings to military clothing with the hopes of adding protecting properties to military clothes. The nanocoating, which includes […]
Thomas Kolibaba (’21) was awarded the NIST National Research Council Postdoctoral Fellowship, funding his postdoctoral research at NIST in Boulder, Colorado following graduation. Natalie Vest (’24) was awarded the Department of Defense (DoD) Science, Mathematics, and Research for Transformation (SMART) Scholarship, an award that offers full research and education funding, as well as internship opportunities […]
Article on gas barrier nanocoatings fabricated using water-based solution featured in Advanced Science News.
A&M researchers explore the electric potential of a temperature difference
Strechable nanobrick wall structure used to block gas molecules
All polymer membrane that breaks “Robeson upper bound”
Nanotube-filled polymer composites exhibit highest reported power factors for fully organic material
Nanobrick wall structure provides high gas selectivity for hydrogen
New coating could protect furniture without causing health concerns
Ultrathin films could replace troublesome flame retardants
Novel anti-flammable treatment appears on inside cover of Advanced Materials.
Exciting materials research and activism aimed at improving higher education.
Multilayer thin films exhibit lowest reported oxygen permeability.
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