Xiaoyu Zhao£¨ÕÔ ÏþêÅ£©

2-8-23-C5, kagetsu, Fukui-shi, 910-0022 Japan
Phone: +81-90-2839-0058, Fax: +81-776-27-8753 
E-mail: xiaoyuzhao@msn.cn

EDUCATION & PROFESSIONAL EXPERIENCE
10/2011-Present        Ph.D. at Materials Engineering, Researches on core-shelled nano particle and electrochemistry
                   Graduate School of Engineering, Fukui University, Japan,
03/2011-09/2011        Senior Research Scientist of Crystallization Development, Leader of The Second R&D Group
                   HangZhou SoliPharma LLC
10/2008-03/2011        M.Sc. at Chemical Engineering, Researches on Crystallization and Polymorphism
                             College of Marine Science & Engineering, TianJin University of Science and Technology, China
09/2004-07/2008        B. Sc. at Chemical Engineering, HeBei University of Science and Technology, China


MEMBERSHIP IN PROFESSIONAL SOCIETIES
Student member of ASTM international (2011-now)
The Electrochemical Society of Japan (2013-now)
International Society of Electrochemistry (2013-now)
HONOR
Goverment Scholarship of Japan £¨ÈÕ±¾¹úÙM£© 2011.10 - 2014.9
Outstanding Research Student of Graduate School 2009 - 2010

PROFICIENCY IN OTHER LANGUAGES      Japanese, English, Chinese


THCHNIQUES AND INSTRUMENTAL EXPERIENCE
Electrochemical methods and devices for chemical analysis, such as, cyclic voltammetry,impedance, chronoamperometry,
 Chronopotentiometry, AC detection, spectroelectrochemistry
Quantitative and qualitative analysis: TGA, DSC, XRD, DVS(Dynamic Vapor Sorption) and such kind of solid physical property analysis,
HPLC, FT/IR, DLS, SEM,Polarized Light Microscope, and so on
Synthesis of core-shell latex, homemade electrode
 Electrochemical behavior of charged latex particles
Crystallization process and characterization of both organic and inorganic power chemicals
 LaTex, Macromedia Dreamweaver, Engineering CAD, Materials Studio, PhotoShop, Office and so kind tools
PUBLICATIONS
1. Voltammetry in low concentration of electrolyte supported by ionic latex suspensions, Journal of Electroanalytical Chemistry (2013), pp. 5-9


 


Locations of visitors to this page