Advanced polymer nanocomposites: novel properties and applications
Advanced polymer nanocomposites: novel properties and applications
Advanced polymer nanocomposites: novel properties and applications
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Table 1<br />
Nano-Enabled CFRC<br />
Property Common Nanocomposite Approach Potential Application<br />
Physical/Chemical<br />
Permeability Inclusion of impermeable, high aspect ratio silicate or graphite Cryogenic tanks, durability to<br />
flake in resin<br />
diffusion species<br />
Outgassing Inclusion of impermeable, high aspect ratio silicate or Optical benches, interferometer,<br />
graphene in resin<br />
antenna truss structures<br />
Oxidative Incorporate high temperature, oxidative resistant fillers Thermal protective systems,<br />
Resistance<br />
Electrical<br />
(silicate, CNT,POSS, etc.) that form passivating layers or slow atomic oxygen resistance<br />
oxidative erosion in resin or as coating<br />
ESD Incorporate high aspect ratio conductive particles such as<br />
CNT, graphite flake, metals, etc as percolated network in<br />
resin between conductive fibers<br />
Adhesives, coatings, gap fillers<br />
EMI Create films of highly percolated network of conductive Bus compartment enclosure,<br />
nanofillers (nickel nanostr<strong>and</strong> veil, SWNT buckypaper, etc.)<br />
that can both absorb <strong>and</strong> dissipate broadb<strong>and</strong> frequencies<br />
electronic enclosures<br />
Lightning Incorporate conductive nanofillers (nickel nanostr<strong>and</strong>s, CNT, Composite aircraft exterior<br />
Strike etc.) as highly percolated coatings, appliqués, resins, or veils<br />
that can carry large currents <strong>and</strong> have controlled failure modes
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