The advances in chemistry of the fullerenes are reviewed, especially from the following aspects: fullerene covalent chemistry, endohedral fullerenes, metal doped fullerenes, carbon nanotubes, and total chemical synthesis of fullerenes. A brief discussion is also given about the future research.

Chalcogen chemistry of the cyclopentadienyl transition metal compounds is reviewed with 136 references.

The current state of synthesis of highly branched, dendritic, and cyclopoly phenylenes, cyclopoly phenylacetylenes as well as cyclophanes containing phenylene un it s w as review ed.

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The recent progress of the 3D2QSAR research and the applications of the method of receptor sitemodel in 3D2Q SAR research have been reviewed. Compass, GERM and RSM algorithms for building receptor sitemodel were introduced. Thesem ethods provide a new idea to the QSAR research under the condition that the three dimensional structure of receptor is unknown.

Ultro sound is used more and more frequently in organic synthesis in recent three decades. Compared with traditional methods, this new method is more convenient and easily controlled. A great many of organic reactions can be carried out in higher yields,shorter time or milder conditions under low frequency unltrasonic irradiatioin. It can even set off some reactions which can not be carried out under traditional conditions. The representative references published in recent thirty years have been reviewed.

Solidphase microextraction (SPME) , which was originally developed at the end of 1980′s, is a kind of new solvent free method used in the pretreatment of environmental samples. Combined with GC or HPLC, it can analyzetrace level of organic compounds in environmental samples efficiently and quickly. There has been great development and changes in the aspects of extraction devices, extraction methods and subsequent analysis in struments, which makes the application region wider. In this paper the development trend of SPME in the future is also presented.

This paper reviews the relationship between synthesis, structures and properties of intercalation electrodes with layered LixMO2 and spinel LixM2O4 structures (M = Co、Ni、Mn、V ) as cathodes, and graphite, disordered carbon and metal oxide as anodes in Li ion batteries. Emphasisis focused on the structural properties of intercalation electrode materials which are related to the rechargeable capacity and stability during cycling of Li ions. 118 references are given.