水溶性L-半胱氨酸碳微球衍生物的合成及结构表征

In this paper, the water-soluble derivatives of carbon microspheres was prepared by L-cysteine which was very important to human liver. Carbon microspheres were synthesized by CVD method using acetylene as carbon source, argon as carrier gas and ferrocene as catalyst. Then the carbon microspheres were treated with nitrate and chemically modified with L-cysteine to prepare Water-soluble L-cystine CMS Derivatives (WLCMS). The samples were analyzed and characterized by XRD, FESEM and IR as followed. The results showed that the CVD method prepared carbon microspheres which have smooth surface and uniform particle size; pickling treatment and water-soluble carbon-modified microspheres did not damage the structure, thus demonstrating the stability of the carbon microspheres with chemical properties; hydrophilic groups added into the surface of carbon microspheres such as —OH, —NH3 made WLCMS be a good water-soluble derivatives.