In this paper,we present the fabrication of CdS nanowires by self-assembling CdS nanoparticles on double-stranded DNA templates.

The photoluminescence measurements indicate that when excited at 325nm, a strong PL peak at 450nm and a shoulder PL peak at 484nm appear for CdS nanowires arrays.

CdS nanowires and nanobelts were fabricated via a simple one-step thermal evaporation of CdS powder in mass scale under different experimental conditions.

CdS/SiO_2 nanowire arrays and CdS nanobelts were synthesized by thermal evaporation of CdS and CdO mixture powders,and highly selective etching occurred on the surfaces of silicon substrate.

Synthesis and characterization of functionalized CdS nanocrystals and CdS/PS nanocomposite hybrids;

Synthesis of functionalized CdS nanocrystals;

Synthesis of CdS nanocrystals by a new method

C_2H_5OH sensing properties of nanosized CdS prepared by coordination-precipitation;

TEM images showed that nanocrystals had a narrow size distribution and a controllable aspect ratio(1~7) to some extent,and XRD measurement confirmed the wurtzite structure for the resulting CdS nanorods.

Polyvinylpyrrolidone(PVP)-modified CdS nanorods were prepared by a hydrothermal reaction of CdCl_2·2.

CdS nanorods were synthesized by a soft chemistry method using cadmium nitrateand thioacetamide as starting compounds and DMF as solvent at low temperature(～50℃).

The photoconductive properties of composite photoreceptors based on titanophthalocyanine(TiOPc) and CdS nanorods were sytematically investigated with photoinduced discharge technique.