Scientists
  • ● Faculty and Staff
Name:
 Xiaohui Qiu
Education:
 Ph.D.
Positions:
Academic title:
 Professor
Postal Code:
 100190
Subject categories:
 Physical chemistry; surface physics
Mailing Address:
 No.11，Beiyitiao Zhongguancun Beijing,china
E-mail:
 xhqiu(AT)nanoctr.cn

Resume:

Professional experiences: since Mar. 2006, Professor, National Center for NanoScience and Technology, China 2005 - 2006, Visiting Scientist, Department of Physics, Ohio State University 2003 - 2005, Visiting Scientist, IBM Research Division, T J Watson Center 2000 - 2003, Postdoctoral Researcher, Department of Physics and Astronomy, University of California, Irvine Education: Ph.D. 2000, Institute of Chemistry, Chinese Academy of Sciences M.S. 1997, Institute of Chemistry, Chinese Academy of Sciences B.S. 1992, Jilin University, Changchun, China Ongoing research activities: (1) Scanning tunneling microscopy and spectroscopy of molecular adsorption, diffusion, reaction on surfaces. (2) Electrical characterization of nanostructured materials with scanning probe microscope at the nanoscale. (3) Time-resolved micro-photoluminescence spectroscopy of nanomaterials.

 

　　If you want to know more information , please visit the following web page.

　　http://sim.phys.ruc.edu.cn/ncnst/en/

Direction:
surface physics and chemistry

Achievements:

Article:

 

1. Li, Q; Wang, J; He, YJ; Liu, W*; Qiu, XH*
Growth of nearly monodisperse MnO nanocrystals in a two-size distribution system
Crystal Growth & Design 2009 (in press, DOI: 10.1021/cg800876p).

2. Chen, YM; Xu, YQ; Deng, K; Yang, R; Qiu, XH*; Wang, C*
Defect-induced tert-butylamine molecular chains on Cu(111) surface observed with scanning tunneling microscopy
Journal of Physical Chemistry C 113: 6725–6729, 2009.

3. Qi, GC; Yang, YL; Yan, H; Guan, L; Li, YB; Qiu, XH*; Wang, C*
Quantifying surface charge density by using an electric force microscope with a referential structure Journal of Physical Chemistry C 113: 204-207, 2009.

4. Guan, L; Peng, KW; Yang, YL; Qiu, XH; Wang, C*
The nanofabrication of polydimethylsiloxane using a focused ion beam
Nanotechnology 20(14): 145301, 2009.

5. Qi, GC; Yan, H; Guan, L; Yang, YL; Qiu, XH*; Wang, C*; Li, YB; Jiang, YP
Characteristic capacitance in an electric force microscope determined by using sample surface bias effect
Journal of Applied Physics 103 (11): 114311, 2008.

6. Qiu, XH*; Qi, GC; Yang, YL; Wang, C*
Electrostatic characteristics of nanostructures investigated using electric force microscopy
Journal of Solid State Chemistry 181 (7): 1670-1677, 2008.

7. Ma, XJ; Zhang, R; Shen, YT; Qiu, XH; Yang, YL; Wang, C*
Electric-field dependence of molecular conformations observed by using scanning tunneling microscopy
Nano 3(2): 83-94, 2008.

8. Fu, YS; Ji, SH; Chen, X; Ma, XC; Wu, R; Wang, CC; Duan, WH; Qiu, XH; Sun, B; Zhang, P; Jia, JF; Xue, QK*
Manipulating the Kondo resonance through quantum size effects
Physical Review Letters  99 (25): 256601, 2007.
 
9. Qiu, XH; Freitag, M; Perebeinos, V; Avouris, P*
Photoconductivity spectra of single-carbon nanotubes: Implications on the nature of their excited states
Nano Letters  5(4):749-752, 2005.

10. Nazin, GV; Qiu, XH; Ho, W*
Vibrational spectroscopy of individual doping centers in a monolayer organic crystal
Journal of Chemical Physics 122 (18):1908719, 2005.
 
11. Nazin, GV; Qiu, XH; Ho, W*
Charging and interaction of individual impurities in a monolayer organic crystal
Physical Review Letters  95 (16):166103, 2005.
 
12. Qiu, XH; Nazin, GV; Ho, W*
Vibronic states in single molecule electron transport
Physical Review Letters  92 (20):206102, 2004.

13. Qiu, XH; Nazin, GV; Ho, W*
Mechanisms of reversible conformational transitions in a single molecule
Physical Review Letters 93 (19):196806, 2004.

14. Wu, SW; Nazin, GV; Chen, X; Qiu, XH; Ho, W*
Control of relative tunneling rates in single molecule bipolar electron transport
Physical Review Letters  93 (23):236802, 2004.

15. Nazin, GV; Qiu, XH; Ho, W*
Visualization and spectroscopy of a metal-molecule-metal bridge
Science 302 (5642):77-81, 2003.

16. Nazin, GV; Qiu, XH; Ho, W*
Atomic engineering of photon emission with a scanning tunneling microscope.

Community service:

Commitment to research the situation:
MOST 973, CAS "one hundred talents program"