XPS (x-ray photoelectron spectroscopy) and SEM (scanning electron microscopy) analysis of both carbon fiber/epoxy matrix and carbon fiber/polysulfone matrix composites revealed significant changes in the surface composition as a result of exposure to low-earth orbit. The carbon 1s curve fit XPS analysis in conjunction with the SEM photomicrographs revealed significant erosion of the polymer matrix resins by atomic oxygen to expose the carbon fibers of the composite samples. This erosion effect on the composites was seen after 10 months in orbit and was even more obvious after 69 months
Several experimental fluorine and silicon-containing polymers in film form were exposed to low Earth...
Organic composite test specimens were flown on several LDEF experiments. Both bare and coated compos...
X-ray photoelectron spectroscopy was used to assess changes induced in the surface chemistry of Kapt...
Degradation of a number of fiber/polymer composites located on the leading and trailing surfaces of ...
Surface modifications to composite materials induced by long term exposure in low earth orbit (LEO) ...
X-ray photoelectron spectroscopy (XPS) has been used to study the surface composition and chemistry ...
This paper presents results on the effect of circumferential location on the variation in solar abso...
The Long Duration Exposure Facility (LDEF) was deployed on April 7, 1984 in low earth orbit (LEO) at...
Degradation of a number of fiber/polymer composites located on the leading and trailing surfaces of ...
Long Duration Exposure Facility (LDEF) Experiment A0175 involved the non-instrumented exposure of se...
Polymer-matrix composites have considerable potential for use in the construction of orbiting struct...
Successful use of composites in low earth orbit (LEO) depends on their ability to survive long-term ...
Over 250 polymer matrix composites were exposed to the natural space environment on Long Duration Ex...
Additional experimental results on the atomic oxygen erosion of boron, Kevlar, and graphite fiber re...
The chemical characterization of several polymeric materials which received 10 months of exposure an...
Several experimental fluorine and silicon-containing polymers in film form were exposed to low Earth...
Organic composite test specimens were flown on several LDEF experiments. Both bare and coated compos...
X-ray photoelectron spectroscopy was used to assess changes induced in the surface chemistry of Kapt...
Degradation of a number of fiber/polymer composites located on the leading and trailing surfaces of ...
Surface modifications to composite materials induced by long term exposure in low earth orbit (LEO) ...
X-ray photoelectron spectroscopy (XPS) has been used to study the surface composition and chemistry ...
This paper presents results on the effect of circumferential location on the variation in solar abso...
The Long Duration Exposure Facility (LDEF) was deployed on April 7, 1984 in low earth orbit (LEO) at...
Degradation of a number of fiber/polymer composites located on the leading and trailing surfaces of ...
Long Duration Exposure Facility (LDEF) Experiment A0175 involved the non-instrumented exposure of se...
Polymer-matrix composites have considerable potential for use in the construction of orbiting struct...
Successful use of composites in low earth orbit (LEO) depends on their ability to survive long-term ...
Over 250 polymer matrix composites were exposed to the natural space environment on Long Duration Ex...
Additional experimental results on the atomic oxygen erosion of boron, Kevlar, and graphite fiber re...
The chemical characterization of several polymeric materials which received 10 months of exposure an...
Several experimental fluorine and silicon-containing polymers in film form were exposed to low Earth...
Organic composite test specimens were flown on several LDEF experiments. Both bare and coated compos...
X-ray photoelectron spectroscopy was used to assess changes induced in the surface chemistry of Kapt...