Add to ORKGCarbon fibers which are electrically insulating but still maintain the mechanical properties of the original carbon fibers were investigated. Three approaches were taken to increase the electrical resistance of carbon fibers: (1) boron nitride (BN) coatings; (2) doping of carbon fibers to alter their electrical properties; and (3) low temperature final heat treatment. The structure of carbon fibers and its effect upon properties was also studied. Results are presented
Carbon fibers have been processed from gel spun polyacrylonitrile copolymer on a continuous carboniz...
Joule effect and thermal response of several carbon-coated fibers are modelled and analysed. An elec...
Graphite fibers released from composites during burning or an explosion caused shorting of electrica...
The manufacturing process, test procedures and application of high strength, high modulus carbon fib...
Thin coatings, 5 to 10 wt. percent, were applied to PAN-based carbon fibers. These coatings were int...
It is shown that all high modulus carbon fibers are durable with respect to thermal oxidation in air...
Carbon-carbon composites have become the material of choice for applications requiring strength and ...
Composites using vapor-crown carbon fibers (VGCF), the most conductive of the carbon fiber types, ar...
A comparison of specific strengths of candidate high-temperature materials as a function of temperat...
Several carbon fibres issued from different precursors (PAN, PITCH, methane) treated or not treated ...
Pitch based graphitized carbon fibers with electrical resistivity of 300 micro-Ohm/cm were brominate...
Attempts to alleviate carbon-fiber-composite electrical hazards during airplane crash fires through ...
Coatings made of boron, silicon carbide, silica, and silica-like materials were studied to determine...
High performance carbon fibers (CFs) have been a commercially available since their commercial boom ...
Pitch-based nanocomposite carbon fibers were prepared with various percentages of carbon nanofibers ...
Carbon fibers have been processed from gel spun polyacrylonitrile copolymer on a continuous carboniz...
Joule effect and thermal response of several carbon-coated fibers are modelled and analysed. An elec...
Graphite fibers released from composites during burning or an explosion caused shorting of electrica...
The manufacturing process, test procedures and application of high strength, high modulus carbon fib...
Thin coatings, 5 to 10 wt. percent, were applied to PAN-based carbon fibers. These coatings were int...
It is shown that all high modulus carbon fibers are durable with respect to thermal oxidation in air...
Carbon-carbon composites have become the material of choice for applications requiring strength and ...
Composites using vapor-crown carbon fibers (VGCF), the most conductive of the carbon fiber types, ar...
A comparison of specific strengths of candidate high-temperature materials as a function of temperat...
Several carbon fibres issued from different precursors (PAN, PITCH, methane) treated or not treated ...
Pitch based graphitized carbon fibers with electrical resistivity of 300 micro-Ohm/cm were brominate...
Attempts to alleviate carbon-fiber-composite electrical hazards during airplane crash fires through ...
Coatings made of boron, silicon carbide, silica, and silica-like materials were studied to determine...
High performance carbon fibers (CFs) have been a commercially available since their commercial boom ...
Pitch-based nanocomposite carbon fibers were prepared with various percentages of carbon nanofibers ...
Carbon fibers have been processed from gel spun polyacrylonitrile copolymer on a continuous carboniz...
Joule effect and thermal response of several carbon-coated fibers are modelled and analysed. An elec...
Graphite fibers released from composites during burning or an explosion caused shorting of electrica...