Pyrolysis gas chromatography and radioactive tracer techniques have been used independently to study the thermal degradation of polymers. In these laboratories the two techniques have been combined to elucidate some of the mechanisms of the thermal degradation of epoxy resins and polyimides. This paper describes the apparatus developed for this work
The thermal degradation of a bisphenol-A based epoxy resin (EP 274) cured with 4,4’ -diaminodipheny...
Thermal treatment hyphenated with gas chromatography is a versatile and powerful tool in the study o...
It is well known that synthetic polymers and copolymers are inherently difficult to analyze due to t...
Examples of application of pyrolysis-gas chromatography-mass spectrometry technique for identificat...
This Note contains a review of previous work in the field of pyrolytic degradation of epoxide resin...
The multistep pyrolysis/gas chromatography technique using a programmable temperature vaporization i...
The multistep pyrolysis/gas chromatography technique using a programmable temperature vaporization i...
The multistep pyrolysis/gas chromatography technique using a programmable temperature vaporization i...
The multistep pyrolysis/gas chromatography technique using a programmable temperature vaporization i...
Samples of polyethylene, polypropylene, polystyrene and five styrene copolymers were thermally degra...
Thermal treatment hyphenated with gas chromatography is a versatile and powerful tool in the study o...
Thermal treatment hyphenated with gas chromatography is a versatile and powerful tool in the study o...
Thermal treatment hyphenated with gas chromatography is a versatile and powerful tool in the study o...
The hyphenation of thermal sample treatment techniques such as thermal desorption and pyrolysis with...
Samples of polyethylene, polypropylene, polystyrene and five styrene copolymers were thermally degra...
The thermal degradation of a bisphenol-A based epoxy resin (EP 274) cured with 4,4’ -diaminodipheny...
Thermal treatment hyphenated with gas chromatography is a versatile and powerful tool in the study o...
It is well known that synthetic polymers and copolymers are inherently difficult to analyze due to t...
Examples of application of pyrolysis-gas chromatography-mass spectrometry technique for identificat...
This Note contains a review of previous work in the field of pyrolytic degradation of epoxide resin...
The multistep pyrolysis/gas chromatography technique using a programmable temperature vaporization i...
The multistep pyrolysis/gas chromatography technique using a programmable temperature vaporization i...
The multistep pyrolysis/gas chromatography technique using a programmable temperature vaporization i...
The multistep pyrolysis/gas chromatography technique using a programmable temperature vaporization i...
Samples of polyethylene, polypropylene, polystyrene and five styrene copolymers were thermally degra...
Thermal treatment hyphenated with gas chromatography is a versatile and powerful tool in the study o...
Thermal treatment hyphenated with gas chromatography is a versatile and powerful tool in the study o...
Thermal treatment hyphenated with gas chromatography is a versatile and powerful tool in the study o...
The hyphenation of thermal sample treatment techniques such as thermal desorption and pyrolysis with...
Samples of polyethylene, polypropylene, polystyrene and five styrene copolymers were thermally degra...
The thermal degradation of a bisphenol-A based epoxy resin (EP 274) cured with 4,4’ -diaminodipheny...
Thermal treatment hyphenated with gas chromatography is a versatile and powerful tool in the study o...
It is well known that synthetic polymers and copolymers are inherently difficult to analyze due to t...