Gangli Wang 学术报告

来源：浙江大学化学系发布时间：2011-05-26 8196

Department Seminar

题目 Charges at Nanoscale Interface Metal Nanoclusters Tailored by

Interfacial Bond Structures and the Transport at Single Nanopores

时间 2011年05月30日 10:00

地点 玉泉校区教八-218

报告人 Gangli Wang, Assistant Professor

单位 Department of Chemistry, Georgia State University

简介

Education

Peking University, Chemistry, B.S. 1996

Peking University, Physical Chemistry, M.S. 1999

University of North Carolina-Chapel Hill, Analytical Chemistry, Ph.D.2004

Research Interest

Research endeavors in G. Wang’s group encompass three aspects in the area of nanoscience and nanotechnology. The first project focuses on the development of multifrequency impedance technique to study the fundamental mass transport and electron transfer behaviors at structurally defined nanoscale interface. The second area of interests is biosensing and bioanalytical technique development. The third project aims at the design, synthesis, and application of metal nanoclusters that display fascinating electrochemical and optical properties tailored by interfacial bond structure.

1. Tang, Z.; Xu, B.; Wu. B.; Robinson, D. A.; Bokossa, N.; Wang, G.* Monolayer Reactions of Protected Au Nanoclusters with Monothiol Tiopronin and2, 3-Dithiol Dimercaptoproponic Sulfonate Langmuir 2011, 27, 2989-2996

2. Tang, Z.; Robinson, D. A.; Bokossa, N.; Xu, B.; Wang, S.; Wang, G.* Mixed Dithiol Durene and Monothiol Phenylethanethiol Protected Au130 Nanoclusters with Discrete Absorption Bands J. Am. Chem. Soc. in revision

3. Tang, Z.; Xu, B.; Wu. B.; Germann, M. W.; Wang, G.* Synthesis and Structural Determination of Multidentate 2,3-Dithiol-Stabilized Au Clusters. J. Am. Chem. Soc. 2010, 132, 3367-3374.

4. Feng, J.; Liu, J.; Wu, B.; Wang, G.* Impedance Characteristics of Amin Modified Single Glass Nanopores. Anal. Chem. 2010, 82, 4520-4528.

欢迎参加！