12%acrylamide（AM） was grafted onto the surface of nanocellulose whiskers（NCW）,which was self-assembled to be the chiral nematic suspension at 3%content.The acrylamide grafted NCW（AM-g-NCW） was characterized with...12%acrylamide（AM） was grafted onto the surface of nanocellulose whiskers（NCW）,which was self-assembled to be the chiral nematic suspension at 3%content.The acrylamide grafted NCW（AM-g-NCW） was characterized with Fourier Transform Infrared Spectroscopy（FTIR）.The grafting ratio was measured by elemental analysis.The degrees of crystallinity of the AM-g-NCW were measured by X-ray diffraction（XRD）.The liquid crystalline properties of the AM-g-NCW were investigated by the polarizing optical microscopy（POM）.The AM-g-NCW was found to self-assembly to be a lyotropic state.展开更多
基金support received from the National Natural Science Foundation of China(No20646003)Guangdong Province Natural Science Foundation(No07300767)the Fundamental Research Funds for the Central Universities of South China University of Technology(No2009ZM0239)
文摘12%acrylamide（AM） was grafted onto the surface of nanocellulose whiskers（NCW）,which was self-assembled to be the chiral nematic suspension at 3%content.The acrylamide grafted NCW（AM-g-NCW） was characterized with Fourier Transform Infrared Spectroscopy（FTIR）.The grafting ratio was measured by elemental analysis.The degrees of crystallinity of the AM-g-NCW were measured by X-ray diffraction（XRD）.The liquid crystalline properties of the AM-g-NCW were investigated by the polarizing optical microscopy（POM）.The AM-g-NCW was found to self-assembly to be a lyotropic state.
