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Theme 1.1: Surface Active Multifunctional Fibers and
Fabrics
The overarching goal of Theme 1.1 is to develop the
fundamental nanotechnology of fibers, fabrics and related textiles and
membranes, leading to the discovery and development of novel materials
for Soldier protection, survivability and comfort through surface activity.
Surface functionalization of textiles using layers of nanoscale thickness
imparts virtually no weight to the garment but adds the capability to
introduce controlled activity towards specific threats, such as the environment,
chemical or biological weapons, and other mad-made exposure threats. The
ISN possesses the capability to produce fibers from conventional size
down to nanofibers. Processes to control fiber size, composition,
and morphology were previously explored and developed in the ISN Nanofoundries.
Methods to self-assemble or to post-treat such fibers to acquire targeted
functionality are exemplified by the potential for designer chemistries
developed within the ISN, and by advances in chemical vapor deposition
and layer-by-layer treatments. The resulting materials will provide
specific capabilities that enhance the battle suit in its purpose to
serve and protect the Soldier.
Project 1.1.1: Surface Active Multifunctional Fibers and Fabrics
Theme 1.1 Researchers
Prof. Karen K. Gleason, Department
of Chemical Engineering
Prof. Paula T. Hammond, Department
of Chemical Engineering
Prof. Gregory C. Rutledge, Department of Chemical Engineering
Back to SRA 1
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