化学工程专业英文求职简历

1、此资料由网络收集而来，如有侵权请告知上传者立即删除。资料共分享，我们负责传递知识。化学工程专业英文求职简历英文简历是使用英文写的简历。英文简历(resume)并无固定不变的单一形式，应聘者完全可以根据个人的具体情况来确定采用何种形式，灵活设计。personal information:name:hu xiao-lu sex: maledate of birth:dec.28th,1989 native place: meishan sichuan, p.r.chinahealth:good marital status: unmarriedaddress:college of biology

2、and chemical engineering, panzhihua university, panzhihua.p.r.china:617000 tel:+86 (mp)e-mail: objective:exploitation on teaching, management or research in university or academy;education:2020.92020.6 sichuan university bachelor in biology chemical engineeringpractice experiences:1997.72020.9 panzh

3、ihua university teacher as instructor in chemical engineering department, engaging in courses teaching, experimental teaching and thesis instructing, etc.2020.92020.10 participate in many projects and designs, have four-year experiencessummary of abilities:be familiar with basic knowledge and princi

4、ple of metallurgical engineering and chemical engineering, and be skillful in using microsoft office, origin, jade, xrd, gc, particle size analyzer software and instruments, etc. be accomplished in science research and design. passed cet-4 and cet-6, fluent in english (readin

5、g/writing/listening/speaking), especially in special english on chemical engineering and process.self-valuation:sureness, honest, able-minded, laborious, could cooperate with others well, have strong ability of practice.project list:synthesis mechanism and properties of tio2 with ordered mesoporous

6、structure through titanium sulfate hydrolysis process induced by supermolecular template (chinese natural national foundation, 50474071) preparation of nanometer titania via crystal aberration in high density ultrasonic field and thermal decomposition (chinese natural national foundation

7、, 50274056) preparation of lithium ion rechargeable battery using cobalt instead of manganese (sichuan province basic application foundation, 02gy029-031)  preparation of no. ii preservative agent of mango (panzhihua importance science & technology tackle key problem

8、foundation, 20201-21 ) basic academic study of so42-,cl- on deposition and crystallization of nickel carbonate (jinchuan aggregative co. ltd. (sichuan university, 04h433) ) preparation of sub-micronmeter high purity orbicular nickel powder (jinchuan aggregative co.ltd. (sichu

9、an university, 04h440)study of chemical electroless of ni-cu-p (panzhihua university) preparation and application of coating hydroxylapatite (panzhihua university) preparation of newfashioned anode of lithium ion rechargeable battery (panzhihua university, 2020-b05); etc.publ

10、ication list:publishing papers 17, conference papers 7, employed papers 3 (ei embody) , patent 1, magnum opus:tian, cong-xue; zhang, zhao; he, jing-ping; hou, jun. synthesis of ordered mesoporous tio2 from industrial tioso4 by composite surfactants template method. journal of sichuan university (eng

11、ineering science edition), 2020，38(1)：6367;(ei 06139783907)tian, cong-xue; zhang, zhao; he, jing-ping. synthesis of ordered mesoporous titania from industrial tioso4. journal of functional materials, 2020，37(1)：6365，69; (ei 06159819667)tian, cong-xue; zhang, zhao; he, jing-ping; chen, yao-han. therm

12、al treatment study for the precursor of mesoporous titania. rare metal materials and engineering, 2020，35(s2)：185189;(sci、ei embody)tian, cong-xue; zhang, zhao; hou, jun; li hai. synthesis and characterization of non-stoichiometric spinel as anode for rechargeable lithium-ion battery. journal of che

13、mical industry and engineering (china), 2020，57(4)：937942;(ei 06269966459)tian, cong-xue; hou, jun; li hai; zhang, zhao. synthesis and characterization of spinel lico0.05ni0.05 mn1.9o3.9f0.1 as a cathode for rechargeable lithium-ion battery. rare metal materials and engineering, 2020，34(11)：17581761

14、;(sci 991zn，ei 05519605936)tian, cong-xue; zhang, zhao. synthesis and characterization of li1.05co0.05 ni0.05mn1.9o3.9f0.1 spinel as a cathode material for rechargeable lithium-ion battery. journal of sichuan university (engineering science edition) ,2020，37(2)：6366;(ei 05199092683)tian, cong-xue; h

15、ou, jun; li hai; zhang, zhao. synthesis of spinel by supersonic co-precipitation method as an anode for rechargeable lithium-ion battery. electronic components & materials, 2020，24(3)：1013;(sci 8397215，ei 8397215(inspec)huang, zai-chun;tian, cong-xue. experimental study of the synthesis of h

16、ydroxyapatite in water solution. journal of the chengdu institute of technology, 2020，29(3)：350354;(ei 02317038705)tian, cong-xue; yang dong-ping. a study of additives for electroless plating ni-cu-p. electroplating & pollution control, 2020，22(6)：1214;tian, cong-xue; zhang, zhao; hou, jun; li hai. synthesis and characterization of non-stoichiometric spinel as anode for rechargeable lithium-ion battery. chinese doctor forum in tianjin university, 2020, tianjin university, 226227;shen jun; zhangming-jun; tian,