Dispersion Efficiency of Carbon Nanotubes in Aqueous Solutions of?Deoxycholate Sodium Salts
We have used Raman and PL spectroscopy in order to quantitatively estimate the abundance of isolated CNTs in as-sonicated samples in DOC aqueous solutions and the survival rate of isolated CNTs during an ultracentrifuge process. All the PL intensities in the as-sonicated samples increased almost linearly as the amount of CNTs in the 1 wt% DOC solution of 50 ml increased up to 10 mg. The abundance of isolated CNTs in the as-sonicated samples was approximately 76%, and the survival rate of isolated CNTs during the ultracentrifuge process was~50% on average.
Carbon nanotube Deoxycholate sodium salts Raman Photoluminescence Dispersion
June Park Maeng-Je Seong
Department of Physics, Chung-Ang University, Seoul 156-756
国际会议
2009 Korea-China Symposium on Advanced Functional Films for Information(2009中韩先进信息功能薄膜研讨会)
兰州
英文
1391-1394
2009-08-16(万方平台首次上网日期,不代表论文的发表时间)