Galaxy Scientific Corporation / Dow Corning / Airbus / MAXDEM Inc. / Omega Point Labs / International Aircraft Materials Fire Test Working Group / Boeing / /
Event
Man-Made Disaster / Patent Filing / /
Facility
National Institute of Standards and Technology / Cornell University / Case Western Reserve University / Pennsylvania State University / FAA William J. Hughes Technical Center / Stockton College / State University / /
IndustryTerm
bond dissociation energy / pure plastics / gas phase reactions / elastomers/rubber / inorganic polymer systems / Combustion products / gas phase combustion efficiency / important commercial fireproofing technology / toxic gas generation / chemical additives / molar activation energy / chemical reaction / flammable plastics / rubber / semiexact solution / telecommunication equipment / chemical fire retardants / toxic gas emissions / toxic gas production / plastics / high-temperature engineering plastics / chemical reactions / High-temperature plastics / technology base / chemical composition / gas stream / gas constant / fiberglass / ad hoc task / organic-inorganic interpenetrating networks / solidand gas-phase combustion processes / polyurethane rubber seat cushions / volatile reaction products / interfacial free energy / fiberglass core / /
Organization
Federal Aviation Administration / Case Western Reserve University / Cornell University / National Institute of Standards and Technology / The Pennsylvania State University / State University / Stockton College / /
Person
PEI PLASTIC / Richard Lyon / William J. Hughes / Virginia Polytechnic / / /
)LUH#6DIHW\ Research on Ultra Fire-Resistant Materials The objective of the Fire-Resistant Materials program is to eliminate burning cabin