The biodegradation of polyimide-coated chromium substrates has been investigated by electrochemical and optical techniques. All samples were sterilized prior to exposure and experiments were accomplished in either inoculated or non-inoculated (sterile conditions maintained) 0.5 M NaCl solutions. Electrochemical impedance spectra reveal that specimens exposed to inoculated solutions experience deterioration in a shorter time than samples exposed to sterile conditions. These spectra indicate deterioration of the coating and, probably, corrosion of the substrate. In addition, photographic evidence suggests that there is an effect on the polymer as a result of the presence of the microorganisms. These results strongly suggest that the polyimide...
During the course of these studies, polyester polyurethane foam has been found to be readily degrade...
The biodegradability problem of polymer waste is one of the fatal pollutFions to the environment. En...
In natural and man-made environments, microbial communities thrive as biofilms on living (e.g. tissu...
We used electrochemical impedance spectroscopy (EIS) to investigate microbial degradation of polyimi...
This paper reports results of biodegradation studies of polyimide coatings exposed to a mixed fungal...
The microbial degradation of electronic insulation polyimides was monitored and evaluated using elec...
The effect of post-cure annealing on the protective properties of thin (2.6-2.8 μm) polyimide films ...
Biodegradation of polymeric materials affect a wide range of industries, information on degradabilit...
During a recent long-term electrochemical test in aqueous NaCl produced from deionized water, micros...
Biodeterioration of polymeric materials affect a wide range of industries. Degradability of polymeri...
Typical polyester polyurethane coatings, such as those used in military cargo aircraft are susceptib...
PhD ThesisThe polymer coatings considered in this thesis work principally by creating a barrier, in...
The present work concerns the interplay of the degradation mechanism and the nature of the interacti...
The degradation effect of mold on the coating in a hot and humid environment is one of the important...
A simple technique using proprietary solvents to solubilize and powderize Linear Low Density Polyeth...
During the course of these studies, polyester polyurethane foam has been found to be readily degrade...
The biodegradability problem of polymer waste is one of the fatal pollutFions to the environment. En...
In natural and man-made environments, microbial communities thrive as biofilms on living (e.g. tissu...
We used electrochemical impedance spectroscopy (EIS) to investigate microbial degradation of polyimi...
This paper reports results of biodegradation studies of polyimide coatings exposed to a mixed fungal...
The microbial degradation of electronic insulation polyimides was monitored and evaluated using elec...
The effect of post-cure annealing on the protective properties of thin (2.6-2.8 μm) polyimide films ...
Biodegradation of polymeric materials affect a wide range of industries, information on degradabilit...
During a recent long-term electrochemical test in aqueous NaCl produced from deionized water, micros...
Biodeterioration of polymeric materials affect a wide range of industries. Degradability of polymeri...
Typical polyester polyurethane coatings, such as those used in military cargo aircraft are susceptib...
PhD ThesisThe polymer coatings considered in this thesis work principally by creating a barrier, in...
The present work concerns the interplay of the degradation mechanism and the nature of the interacti...
The degradation effect of mold on the coating in a hot and humid environment is one of the important...
A simple technique using proprietary solvents to solubilize and powderize Linear Low Density Polyeth...
During the course of these studies, polyester polyurethane foam has been found to be readily degrade...
The biodegradability problem of polymer waste is one of the fatal pollutFions to the environment. En...
In natural and man-made environments, microbial communities thrive as biofilms on living (e.g. tissu...