Xu Wang Email and Phone Number
Xu Wang personal email
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I am an easygoing person but motivate to pursue self-designated goals. I enjoy the camaraderie of group participation but not afraid of work independently. Former research works focused on four aspects: 1, real-time monitoring the growth of thin films in a pulsed laser deposition (PLD) vacuum chamber by an oblique-incidence reflectivity difference (OI-RD) method; 2, using surface plasmon resonance and optical linear diffraction to study the surface diffusion of Hydrogen and Xenon molecules on copper surface under vacuum and low temperature; 3, develop an image scan system of microarray located in a flow cell with label-free OI-RD technique; 4, real-time monitoring the combination of surface-bound target biomolecules and dissolved probes. Skills: Competent with vacuum system, pulsed laser deposition, OI-RD technique, ellipsometry, linear diffraction, surface plasmon resonance, atomic force microscope, semiconductor/excimer/Nd: YAG lasers et al., microarray printing robot.Softwares and languages: C++, Labview, Matlab, Solid Words, Mathematica, Visual Basic, Tracepro, Fortran et al.
Wuxi Institute Of Technology
View- Website:
- wxit.edu.cn
- Employees:
- 764
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Dr.WangWuxi Institute Of Technology Jan 2015 - PresentUsing oblique-incidence reflectivity difference method, we real-time monitored the reaction between antibodies and several surface proteins of Listeria monocytogen. Reaction constants were obtained. -
Dr. WangJiangnan University Apr 2010 - Dec 2014Jiangnan University, Wuxi City
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Visiting ScientistUc Davis Aug 2013 - Sep 2014Using oblique-incidence reflectivity difference (OI-RD) method, we tried to determine the surface orientations of attached proteins in microarrays on different functionalized surface. -
PostdocInstitute Of Biophysics, Chinese Academy Of Science Jul 2008 - Mar 2010Beijing City, ChinaCooperated with Institute of Biochemistry and Cell Biology CAS, using an oblique-incidence reflectivity difference method, we scanned microarrays of protein, DNA and mRNA et al. combined with flow cell, real-time monitoring of bimolecular reactions were tried and achieved. From monitoring results, reaction kinetic constants were obtained for different reactions. -
SpecialistUc Davis Oct 2006 - Mar 2008Using Xe grating with modulation depth as thin as 1~ 5 monolayers, we excited surface plasmon polariton waves (SPPW) on Cu(111). We used OI-RD to excite SPPW. From the resonance angle, we have determined the optical dielectric constants of single crystalline Cu at two different wavelengths. At elevated temperatures, we used the decay of SPR signal at low temperatures(45-54K) to study surface diffusion of Xe on Xe(111)/Cu(111).Templates of Xe are readily formed by modest laser-induced thermal desorption. We made hydrogen (H) grating with removable Xe template. Hydrogen diffusion on Cu(111) at temperature range from 80K-210K was studied. We determined the diffusion energy of classical over-barrier hopping of H adatom on Cu(111). We also observed quantum tunneling.
Xu Wang Skills
Xu Wang Education Details
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Graduate School Of The Chinese Academy Of Science，Institute Of Physics.Optics/Optical Sciences -
Optics/Optical Sciences
Frequently Asked Questions about Xu Wang
What company does Xu Wang work for?
Xu Wang works for Wuxi Institute Of Technology
What is Xu Wang's role at the current company?
Xu Wang's current role is Associate Professor @ Wuxi Institute of Technology.
What is Xu Wang's email address?
Xu Wang's email address is wa****@****ail.com
What schools did Xu Wang attend?
Xu Wang attended Graduate School Of The Chinese Academy Of Science，institute Of Physics., University Of Science And Technology Of China.
What skills is Xu Wang known for?
Xu Wang has skills like Optics, Physics, Matlab, Nanotechnology, Spectroscopy, Materials Science, Characterization, Science, Afm, Mathematical Modeling.
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