英文版个人简介范文

Name: Hu xiao-lu Sex: Male

Date of Birth: Dec. 28th, 1989 Native Place: Meishan Sichuan,

Health: Good Marital Status: Unm arried

Address: College of Biology and Chemical Engineering, Panzhihua University, Panzhihua. 617000

Tel: +86 (MP),

E-mail:

Objective:

Exploitati on on teach ing, man ageme nt or research in uni versity or academy;

Educati on:

---- Sichua n Uni versity Bachelor in Biology chemical engin eeri ng

Practice Experie nces:

---- Panzhihua University Teacher as instructor in chemical engineering departme nt, en gagi ng in courses teachi ng, experime ntal teachi ng and thesis

in struct ing, etc.

---- Participate in many projects and desig n s, have four-year experie nces

Summary of Abilities:

Be familiar with basic knowledge and principle of metallurgical engineering and

chemical engineering, and be skillful in using Microsoft Office, Origin, Jade, XRD, GC, particle size an alyzer software and in strume nts, etc.

Be accomplished in scie nee research and desig n.

Passed CET-4 and CET-6, flue nt in En glish (read in g/writi ng/liste nin g/speak in g), especially in special En glish on chemical engin eeri ng and process.

Self-valuatio n:

Suren ess, hon est, able-min ded, laborious, could cooperate with others well, have strong ability of practice. Project List:

Syn thesis Mecha nism and Properties of TiO 2 with Ordered Mesoporous Structure through

Titanium Sulfate Hydrolysis Process Induced by Supermolecular Template (Chinese Natural

Nati onal Fou ndati on,)

Preparati on of nano meter tita nia via crystal aberrati on in high den sity ultras onic

field and thermal decompositi on (Ch in ese Natural Nati onal Fou ndati on,)

Preparati on of lithium ion rechargeable battery using cobalt in stead of mangan ese (Sichuan provi nee basic applicatio n foun datio n, 02GY029-031)

Preparati on of No. II preservative age nt of Mango (Pa nzhihua importa nee scie nee

& tech no logy tackle key problem fou ndatio n, 20011-21 )

Basic academic study of SO 4 ,Cl on deposition and crystallization of ni ckel carb on ate (Jin chua n aggregative Co. Ltd. (Sichua n Uni versity, 04H433))

Preparati on of sub-micr onm eter high purity orbicular ni ckel powder ( Jin chua n aggregative Co. Ltd. (Sichuan Uni versity, 04H440) )

Study of chemical electroless of Ni-Cu-P (Pa nzhihua Uni versity)

Preparatio n and applicati on of coati ng hydroxylapatite (Pa nzhihua Uni versity)

Preparati on of n ewfashi oned anode of lithium ion rechargeable battery

(Pa nzhihua Un iversity, 2005-B05); etc.

Publish ing papers 17, con fere nee papers 7, employed papers 3 (EI embody) , Pate nt 1, magnum

opus:

Tian, Cong-Xue ; Zhang, Zhao; He, Jing-Ping; Hou, Jun. Synthesis of ordered mesoporous TiO2 from in dustrial TiOSC4 by composite surfacta nts template method. Jour nal of Sichua n

University (Engineering Scienee Edition), 2006 , 38 ( 1 )：63〜67 ；( EI 007 )

Tian, Con g-Xue ; Zhang, Zhao; He, Jin g-P ing. Syn thesis of ordered mesoporous tita nia

from in dustrial TiOSO. Journal of Fu nctio nal Materials, 2006, 37 ( 1 )：63 〜65, 69 ；( EI 067)

Tian, Cong-Xue ; Zhang, Zhao; He, Jing-Ping; Chen, Yao-Han. Thermal treatment study for the precursor of

mesoporous titania. RARE METAL MATERIALS AND ENGINEERING, 2006 , 35 (S2): 185〜189 ；( SCI、EI embody )

Tian, Con g-Xue ; Zhang, Zhao; Hou, Jun; Li Hai. Syn thesis and characterizati on of

non-stoichiometric spinel as anode for rechargeable lithium-ion battery. Journal of

Chemical Industry and Engineering (China), 2006 , 57 (4) : 937〜942 ； ( EI 059 )

Tian, Cong-Xue; Hou, Jun; Li Hai; Zhang, Zhao. Synthesis and characterization of spinel

3.9 F as a cathode for rechargeable lithium-ion battery. RARE METAL MATERIALS AND

ENGINEERING, 2005, 34 ( 11): 1758 〜1761 ; ( SCI 991ZN , EI 036 )

Tian, Cong-Xue ; Zhang, Zhao. Synthesis and characterization of 3.9 F spinel as a cathode

material for rechargeable lithium-i on battery. Jour nal of Sichua n Un iversity

(Engineering Scienee Edition) ,2005 , 37 (2) : 63 〜66；( EI 083 )

Tian, Cong-Xue ; Hou, Jun; Li Hai; Zhang, Zhao. Synthesis of spinel by supersonic

Co-precipitation method as an anode for rechargeable lithium-ion battery. Electronic

Components & Materials, 2005 , 24 ( 3) : 10〜13；(SCI 8397215 , EI 8397215 (Inspec )) Huang, Zai-Ch un; Tian, Con g-Xue. Experime ntal study of the syn thesis of