摘要
PVK or PVK-C60 solution was dropped onto the alumina membrane and the solution was filled into the channel of the membrane due to the capillary action. As the solvent evaporation, the nanotubes were formed. The morphology of the sample was examined by SEM and fluorescence of PVK and PVK-C60 was determined. Emis- sion intensity of PVK was weakened by C60, indicating that C60 improved the conductive property of PVK nan- otubes.
PVK or PVK-C60 solution was dropped onto the alumina membrane and the solution was filled into the channel of the membrane due to the capillary action. As the solvent evaporation, the nanotubes were formed. The morphology of the sample was examined by SEM and fluorescence of PVK and PVK-C60 was determined. Emission intensity of PVK was weakened by C60, indicating that C60 improved the conductive property of PVK nanotubes.
出处
《无机化学学报》
SCIE
CAS
CSCD
北大核心
2005年第9期1389-1391,共3页
Chinese Journal of Inorganic Chemistry
基金
国家自然科学基金重大项目(No.20490210)
面上项目(No.20371026)资助
