^_Features

^_Appllcation 

^_Examples

^{_{NGPs have high thermal}} 

^{_{and electrical conductivities;}}

^{_{Materials cancover a wide}} 

^{_{spectrum of propertise}} 

^{_{(e.g.,from highly conductive to}} 

^_dielectric)

 ^{_{* Heat}} 

^_dissipation 

^{_{materials in}} 

^{_{microelectronic}} 

^_packaging; 

^{_{*Electrodes in}} 

^{_{batteries and}} 

^{_{bipolar plates in}} 

^{_fuel cells;} 

^_*Automotive 

^_components,

^{_{including fuel}} 

^{_systems and} 

^_those that 

^_require 

^{_{electrostatic}} 

^{_{spraypainting;}}

 ^_*Aerospace,

^_including 

^{_{aircraft braking}} 

^{_systems and} 

^_thermal 

^_management; 

^{_{*Environmental}} 

^{_{applications,}}

^_including 

^_waste 

^{_{chemical/water}} 

^_treatments

^{_{filtralion and}} 

^{_{pruification;}} 

^_*EMI/RFI 

^{_{shielding for}} 

^_telecom

^_munications 

^_devices

^{_{(e.g., mobile}} 

^_phones),

^{_{computers,and}} 

^_business 

^_machines.

^{_{Environmentally}} 

^{_{benign processes}}

^{_{Lower-cost raw materials}} 

^_and high 

^{_{production rates of NGPs}}

^_Continuous 

^{_{roll-to-roll process}} 

^{_{of composite}} 

^{_{preform fabrication}}

^_Various 

^{_{nanocomposite}} 

^_forms:

^{_{thin film.Bucky paper,}}

^{_{lamina,coating,filament,}}

^{_{textile structures,}}

^_etc.

^{_{Process amenable}} 

^{_{to concurrent}} 

^{_{nanocomposite}} 

^{_{preform preparation}} 

^{_{and final shaping}}

^{_{A wide range og}} 

^{_{surface-functionalized}} 

^_NGPs and 

^{_{NGP-containing}} 

^_dispersions 

^{_{are available}}

^{_NGPs reduce} 

^{_{fiber entanglement,}}

^{_{thus allow higher}} 

^{_{than normal CNF}} 

^{_{or CNT loadings}}