Grunlan Research
TUNABLE NANOPARTICLE MICROSTRUCTURES Reversible Reaction Aggregated high conductivity low viscosity high permeability Exfoliated high strength low permeability high transparency		SEGREGATED NETWORKS IN POLYMERS High conductivity with low nanoparticle concentration		LAYER-BY-LAYER ASSEMBLY OF THIN FILMS Films < 1mm thick with high conductivity and/or low permeability relative to thick composites

Grunlan Group News
	Charlene Dvoracek wins NSF Graduate Research Fellowship.Congratulations Charlene (posted: 04/01/08)
	Grunlan amongst the Texas A&M Engineering faculty to receive Army contract for ballistics facility. (posted: 8/31/07)
	Grunlan wins prestigious NSF CAREER Award for nanomaterials research. (posted: 4/16/07)
	Grunlan wins 3M Nontenured Faculty Grant for work on multifunctional thin films. (posted: 4/16/07)
			Grunlan Group work featured on cover of latest issue of Macromolecular Materials and Engineering (Vol. 291, No. 9, p.1035). This paper discusses the combination of carbon nanotubes with latex to enhance polymer mechanical behavior at very low concentration. (posted: 2/01/07)
			Grunlan Group work to control carbon nanotube microstructure with pH-responsive polymers featured in Nature Materials (Vol. 5, p. 433). (posted: 2/01/07)