Technique for manufacture of graphite composites uses high-char-forming processable polyimide resin systems to produce the graphitic matrix. Only three cyclic steps are required to yield a 99.7 percent graphite product
A poly(Diels-Alder) (PDA) resin approach was investigated as a means to achieve autoclavability of h...
The state-of-the-art of graphite/polyimide structures was evaluated and key design and fabrication i...
Recent work in high temperature materials at NASA Langley Research Center (LaRC^TM) have led to the ...
Investigations were conducted to obtain commercially available graphite/PMR-15 polyimide prepreg, de...
A study was conducted to assess the merits of using graphite/polyimide, NR-150B2 resin, for structur...
Powdered polymer is finely ground. Second polymer, soluble, is mixed with appropriate solvent. Mille...
Two highly promising approaches to yield autoclavable addition-type polyimides were identified and e...
PMR polyimides are safe, easy to handle, can be processed with relatively wide process controls, and...
With the increased emphasis on high performance aircraft the need for lightweight, thermal/oxidative...
High bonding strengths are obtained for metals and fiber-reinforced organic resin composites with no...
High temperature resin matrices suitable for use in advanced graphite fiber composites for jet engin...
The activity is reported which was conducted for utilizing spin-off Apollo base technology to fabric...
A method for co-curing NR150B2 and LaRC 160 prepregs into hybrid composites was developed. The proce...
Polymers research at the NASA Lewis Research Center has produced high-temperature, easily processabl...
Recent work in high temperature materials at NASA Langley Research Center (LaRCª) have led to the de...
A poly(Diels-Alder) (PDA) resin approach was investigated as a means to achieve autoclavability of h...
The state-of-the-art of graphite/polyimide structures was evaluated and key design and fabrication i...
Recent work in high temperature materials at NASA Langley Research Center (LaRC^TM) have led to the ...
Investigations were conducted to obtain commercially available graphite/PMR-15 polyimide prepreg, de...
A study was conducted to assess the merits of using graphite/polyimide, NR-150B2 resin, for structur...
Powdered polymer is finely ground. Second polymer, soluble, is mixed with appropriate solvent. Mille...
Two highly promising approaches to yield autoclavable addition-type polyimides were identified and e...
PMR polyimides are safe, easy to handle, can be processed with relatively wide process controls, and...
With the increased emphasis on high performance aircraft the need for lightweight, thermal/oxidative...
High bonding strengths are obtained for metals and fiber-reinforced organic resin composites with no...
High temperature resin matrices suitable for use in advanced graphite fiber composites for jet engin...
The activity is reported which was conducted for utilizing spin-off Apollo base technology to fabric...
A method for co-curing NR150B2 and LaRC 160 prepregs into hybrid composites was developed. The proce...
Polymers research at the NASA Lewis Research Center has produced high-temperature, easily processabl...
Recent work in high temperature materials at NASA Langley Research Center (LaRCª) have led to the de...
A poly(Diels-Alder) (PDA) resin approach was investigated as a means to achieve autoclavability of h...
The state-of-the-art of graphite/polyimide structures was evaluated and key design and fabrication i...
Recent work in high temperature materials at NASA Langley Research Center (LaRC^TM) have led to the ...