Density functional theory(DFT) and nonequilibrium Green′s function based on the First Principle was used for analyzing the electronic structure and electronic transmission through C20 fullerene and defected C20 molecule.

Preparation of Pyrenebutyric Acid-modified Zirconia-Magnesia Stationary Phase for High Performance Liquid Chromatography and Its Application to the Separation of Fullerenes;

Copolymerization of butadiene and isoprene initiated with fullerenes based neodymium catalyst;

Semi-empirical quantum-chemical analyses of C_(120) isomeric fullerenes;

Study on Ultra-smooth Surface Created by Diamond and Fullerene Abrasive Tools with Superfine Grains;

Progress of the Research on Polythiophenes and Thiophene Oligomers with Side Chains Containing Fullerene and their Photovoltaic Cells;

A convenient method was introduced to synthesize a water-soluble fullerence derivative-fullerols by the reaction of fullerence with fuming H 2SO 4 and KNO 3.

The o ptical limiting of nanocompostie based on Fullerence was studied using double fr equency Nd∶YAG pulse laser system with wave length of 532nm,pulse width of 8ns and repetition rate of 10Hz.

By using MD(molecular dynamics) method,the collision and energy-transmission of C_(60) fullerenes in Ar doped nano-peapod was simulated,and the effect of the doped-Ar density ρ and the initial energy E_0 of the incident C_(60) fullerene on the energy-transmission rate was analyzed.