An infrared dichroism study on the orientation of PS in the shear induced ordered structure in PS/montmorillonite nanocomposite was carried out. The results showed that the phenyl ring oriented apparently parallel to ...An infrared dichroism study on the orientation of PS in the shear induced ordered structure in PS/montmorillonite nanocomposite was carried out. The results showed that the phenyl ring oriented apparently parallel to the film surface, whereas no obvious orientation of the aliphatic chain could be observed. On the basis of both of our previous and present investigations, a possible formation mechanism was presented. [WT5HZ]展开更多
Photo-oxidative degradation is critical to polymer materials. A UV photo-oxidation study on polyamide 6/montmorillonite nanocomposite was carried out by FTIR technique. Through the comparison of the infrared spectra o...Photo-oxidative degradation is critical to polymer materials. A UV photo-oxidation study on polyamide 6/montmorillonite nanocomposite was carried out by FTIR technique. Through the comparison of the infrared spectra of PA6 and PA6/MMT nanocomposite during different times of UV irradiation, it is indicated that the rate of photo-oxidation of PA6/MMT nanocomposite is faster than that of PA6.展开更多
文摘An infrared dichroism study on the orientation of PS in the shear induced ordered structure in PS/montmorillonite nanocomposite was carried out. The results showed that the phenyl ring oriented apparently parallel to the film surface, whereas no obvious orientation of the aliphatic chain could be observed. On the basis of both of our previous and present investigations, a possible formation mechanism was presented. [WT5HZ]
文摘Photo-oxidative degradation is critical to polymer materials. A UV photo-oxidation study on polyamide 6/montmorillonite nanocomposite was carried out by FTIR technique. Through the comparison of the infrared spectra of PA6 and PA6/MMT nanocomposite during different times of UV irradiation, it is indicated that the rate of photo-oxidation of PA6/MMT nanocomposite is faster than that of PA6.
