甄玉花（副教授）-ag旗舰厅在线

»姓名：甄玉花

»系属：新能源材料系

»学位：博士

»职称：副教授

»专业：材料科学与工程

»导师类别：硕导

»电子邮箱：zhenyh@upc.edu.cn

»联系电话：18763005459

»通讯地址：山东省青岛市黄岛区长江西路66号

»概况

 ◎研究方向

1、半导体基气体传感器的研发

2、钙钛矿材料的介电储能性能研究

3、全固态电池中无机固态电解质的研发

 ◎教育经历

2004.09-2008.01，清华大学，材料科学与工程，博士

2001.09-2004.07，山东大学，材料科学与工程，硕士

1997.09-2001.07，山东大学，材料科学与工程，学士

 ◎工作经历

2011.12-至今，中国石油大学（华东），副教授

2008.11-2010.04，日本nims研究所，博士后

2008.04-2011.11，中国石油大学（华东），讲师

 ◎学术兼职

担任“”、“j am ceram soc”、“j eu ceram soc”等高水平期刊审稿人

 ◎主讲课程

本科生专业课：《材料物理》、《材料科学基础》；

本科生公选课：《走进材料世界》、《思维与表达》

 ◎指导研究生及博士后

独立指导硕士生10余人，指导的研究生多次获国家奖学金。

 ◎承担项目

科研项目

1、国家自然科学基金面上项目

2018.01-2021.12，基于改性的硫化物固态电解质体系的锂硫电池性能研究，合作，已结题。

2、山东省自然科学基金面上项目

2019.12-2022.12，微纳分级复合膜材料-mo/极性聚合物的微颗粒过滤机自清洁特性研究，主持，已结题。    

2、国家自然科学基金青年项目

2014.01-2016.12，非晶相包覆铌酸钾钠基无铅陶瓷介电特性的湿度稳定性研究,项目编号（51302319），主持，已结题。

3、教育部博士点基金

2011.01-2013.12，新型湿敏材料-铌酸钾钠薄膜的微观结构与感湿性能研究（项目编号k1110060a），主持，已结题。

4、山东省自然科基金

2011.07-2014.06，宽尺寸范围分布的铌酸盐基无铅压电材料的制备与特性研究(项目编号zr2011emq016），主持，已结题。

5、中央高校基本科研业务费专项资金

2010.11-2012.10,新型太阳能电池材料--钯掺杂的纳米碳/硅异质结的光伏特性（项目编号10cx05001a），主持，已结题。

教学项目：

1、课程思政视域下有效互动课堂教学育人新模式研究与实践，山东省重点教改项目，负责人，2022.12-2024.12；

2、中国石油大学（华东）-烟台卓能电池有限公司研究生专业硕士联合培养基地项目，负责人，2019.01-2020.12；

3.校级重点教改项目：2012-2014，“材料物理”课程体系与教学内容整体优化，完成人，结题优秀；

4.校级研究性教学方法教改项目：2016-2018，基于创新实践能力培养的《材料物理》课程研究性教学方法改革，完成人，结题优秀；

5.校级青年教师教改项目：2013-2015，以教材改革为基础的材料物理教学改革探索，完成人，结题优秀。

 ◎获奖情况

1、教学奖励：

首届全国高校教师教学创新大赛三等奖，1/4，2021年8月；

首届山东省高校教师教学创新大赛一等奖，1/4，2021年4月；

第九届山东省教学成果奖一等奖，7/10，2022年；

中国石油大学（华东）教学比赛特等奖（唯一），2013年。

2、科研奖励：

北京市科学技术进步奖“高性能铌酸钾钠基无铅压电陶瓷的研发”，2011年。

 ◎荣誉称号

1. 致公党青岛优秀党员，2023年；

2. 中国石油大学“十佳”班主任，2021年；

3. 中国石油大学“我心中的好老师”，2020年。

 ◎著作

1. 甄玉花等，材料概论（普及版），北京，化学工业出版社，2016.10

2. 甄玉花等，材料物理，青岛，中国石油大学出版社，2023.04

 ◎论文

1、zhen y, qin z.li8p2s9 solid electrolyte with high ionic conductivity and air stability by bi2se3 co-doping, materials science and engineering: b, 301, march 2024, 117105.

2、zhen y, qie yy.uv-assisted ppb-level ammonia detection of a wse2/sno2 heterostructure at room temperature,crystal growth & design 2024 24 (1), 269-278.

3、feng y, zhen y.optimized energy storage performance in nanbo3-based ceramics via composition modification and micro-structure control,

ceramics international, 2023 49 (9), 14135-14144.

4、jiang xl, zhen y.synthesis of sns2/sno2 nano-heterojunctions with increased reactive sites and charge transfer for ultrasensitive nh3 detection,journal of alloys and compounds, 2023, 938,168520.

5、yang zr, zhen y.polyacrylonitrile@tio2 nanofibrous membrane decorated by mof for efficient filtration and green degradation of pm2.5,journal of colloid and interface science, 635, 2023, 598-610.

6、zhangjy, zhen y, wang wx. an urchin-like sno2/nanbo3 nanocomposite withstable humidity-sensing properties at room temperature，sens& actu b, 283(2019) 643-650.

7、zheny,li l, lin y. high q m values and humidity effect on theelectricalproperties of (k, na)nbo 3 lead-free piezoceramicsdoped with b 2o3–cuo mixed oxides. j. ameri ceram soc., 2017:100（4）1561-1569. 

8、zheny,sun f, zhang m. ultrafast breathing humidity sensingproperties oflow-dimensional fe-doped sno₂flower-like spheres.rsc advances, 2016, 6（32）:27008-27015.

9、zhangm,sun f, zhen y. hydrothermally synthesized sno2-graphenecompositesfor h-2 sensing at low operating temperature, mat sciand engi b-2016,209:37-44.

10、lil,zhen y, lin y. structure, dielectric and piezoelectricbehaviors of(k,na)nbo3 ceramics with high q (m) in low-humidityby introducingsio2 and cuo mixed oxides, j mater sci—mater inelectro, 2016,27(10) 10888-10893.

11、sunf,zhen y, zhang m. al-doped sno2 flower-like microspheres withhierarchicalnanorodssynthesized by hydrothermal method and h2 sensingproperty.scienceof advanced materials, 2015,7(3 ) 414–422

12、zheny,wang m m, wang s, et al. humidity sensitive properties ofamorphous(k,na)nbo3 lead free thin films, ceram inter,2014,40:10263-10267.

13、zheny,wei d s. enhanced humidity stability of (li,k,na)nbo3-basedlead-freepiezoelectric ceramics by adding b2o3, mater sci forum,2013,745-746:626-631

14、zheny,li j f, wang k. spark plasma sintering of li/ta-modified(k,na)nbo3lead-free piezoelectric ceramics: post-annealingtemperature effecton phase structure, electrical properties andgrain growthbehavior. mater sci &eng b, 176 (2011)1110-1114.

15、zheny,t. ohsawa, y. adachi, et al.. investigations of growthkinetics ofpulsed laser deposition of tin oxide films by isotopetracertechnique. j appl phys. 2010(108)104901.

16、zheny,li j f. preparation and electrical properties of fine-scale1-3pzt/epoxy composite thick films for high-frequencyultrasonictransducers. j appl phys. 2008, 103 : 084119.

17、zheny,li j f. normal sintering of (k,na)nbo3-based ceramics:influence ofsintering temperature on densification,microstructure, andelectrical properties. j am ceram soc, 2006,89: 3669-3675.

18、zheny,li j f. abnormal grain growth and new core-shell structurein(k,na)nbo3-based lead-free piezoelectric ceramics. j amceramsoc, 2007, 90: 3496-3502.

19、zheny,li j f, zhang h. electrical and elastic properties of 1-3pzt/epoxypiezoelectric composites, j electroceram, 21: 410-413(2008).

20、zheny,li j f. fabrication and electrical properties of fine-scale1-3piezoceramic/epoxy composites using (k,na)nbo3-basedlead-freeceramics. ferroelectrics, 2007, 358: 161-168.

21、zheny,li j f. dynamic properties of fine-scale 1-3pzt/epoxypiezoelectric composites. key eng mater, 2007, 336-338:348-350.

22、zheny,li aj, yin ys, shi rx, liu yc. reactive and dense sinteringofreinforced-toughened b4c matrix composites. mater res bull,2004,39: 1615-1625.

23、shenz.y, zhen y, wang k and li j f, influence of sinteringtemperature ongrain growth and phase structure ofcompositionally optimized highperformance li/ta-modified(na,k)nbo3 ceramics. journal of theamerican ceramic society,92（8）1748-1752(2009).

24、lijf, zhen y, zhang b p. normal sintering of (k,na)nbo3-basedlead-free piezoelectric ceramics. ceraminternational, 34,783-786, (2008).

 ◎专利

授权国家发明专利1项：

（1）甄玉花，王萌萌，王盛等.一种具有湿度敏感特性的无铅压电材料，2013.5，中国，cn201110163323.9

»name：zhen yuhua

»unit：school of materials science and engineering

»degree：doctor

»title：associate professor

»profession：material science and engineering

»tutor category：master's supervisor

»email address：zhenyh@upc.edu.cn

»contact number：18763005459

»mailing address：66 changjiang west road, huangdao district, qingdao city, shandong province

»general situation

 ◎research direction

1、research on semiconductor based gas sensors

2、research on the dielectric energy storage performance of perovskite materials

3、research on inorganic solid electrolytes in all solid state batteries

 ◎educational experience

2004.09-2008.01， tsinghua university, materials science and engineering, doctor

2001.09-2004.07， shandong university, materials science and engineering, master

1997.09-2001.07， shandong university, materials science and engineering,bachelor

 ◎work experience

2011.12-present，associate professor, china university of petroleum (east china)

2008.11-2010.04，postdoctoral fellow, nims research institute, japan

2008.04-2011.11，lecturer, china university of petroleum (east china)

 ◎academic part-time job

served as a reviewer for high-level journals such as "sensors and actuators: b", "j am ceram soc", "j eu ceram soc"

 ◎lecture course

undergraduate courses: "materials physics", "fundamentals of materials science";

undergraduate public elective courses: "into the world of materials", "thinking and expression"

 ◎supervising graduate students and postdocs

independently supervised more than 10 master students, and the graduate students under my guidance have won national scholarships for many times.

 ◎undertake project

scientific research project

1、national natural science foundation project

2018.01-2021.12，research on performance of lithium sulfur battery based on modified sulfide solid electrolyte system, cooperation, has been concluded.

2、national natural science foundation youth project

2019.12-2022.12，study on the self-cleaning characteristics of micro particle filters using micro nano graded composite membrane materials - mo/polar polymers，host, completed.    

2、national natural science foundation youth project

2014.01-2016.12，study on the humidity stability of the dielectric properties of lead-free potassium sodium niobate based lead-free ceramics coated with amorphous phase, project no. 51302319, host, completed.

3、doctoral foundation of the ministry of education

2011.01-2013.12，study on microstructure and moisture sensing properties of a new type of humidity-sensitive material - potassium sodium niobate thin film (project no. k1110060a), hosted, completed.

4、shandong provincial natural science foundation

2011.07-2014.06，preparation and characterization of lead-free niobate based piezoelectric materials with wide size range distribution (project no. zr2011emq016), hosted, completed.

5、special funds for basic scientific research operations of central universities

2010.11-2012.10,photovoltaic properties of new solar cell materials - palladium-doped nano-carbon/silicon heterojunctions (project no. 10cx05001a), hosted, concluded.

teaching project:

1、research and practice on the new model of effective interactive classroom teaching education from the perspective of curriculum ideology and politics, key education reform project of shandong province, 2022.12-2024.12, in charge.

2、china university of petroleum (east china) -yantai zhuoneng battery co., ltd. graduate professional master joint training base project, head, 2019.01-2020.12.

3、school-level key teaching reform project: 2012-2014, the overall optimization of the curriculum system and teaching content of "material physics", with excellent conclusion.

4、university-level research teaching method reform project: 2016-2018, based on innovative practical ability cultivation of materials physics course research teaching method reform, completed with excellent conclusion.

5、school-level young teachers' teaching reform project: 2013-2015, exploration of material physics teaching reform based on textbook reform, completed with excellent conclusion.

 ◎awards

1、teaching reward：

the third prize of the first national college teachers' teaching innovation competition, 1/4, august 2021;

first prize of the first shandong provincial university teachers' teaching innovation competition, 1/4, april 2021;

the first prize of the 9th shandong teaching achievement award, 7/10, 2022;

china university of petroleum (east china) teaching competition special prize (only), 2013.

2、research awards：

beijing science and technology progress award "research and development of high-performance lead-free piezoelectric ceramics based on potassium and sodium niobate", 2011.

 ◎honorary title

1. excellent member of zhigong party qingdao, 2023;

2. "top ten" class teacher, china university of petroleum, 2021;

3. "a good teacher in my heart", china university of petroleum, 2020.

 ◎work

1、zhen yuhua et al., introduction to materials (popular edition), beijing, chemical industry press, 2016.10

2、zhen yuhua et al., materials physics, qingdao, china university of petroleum press, 2023.04

 ◎thesis

1、zhen y, qin z.li8p2s9 solid electrolyte with high ionic conductivity and air stability by bi2se3 co-doping, materials science and engineering: b, 301, march 2024, 117105.

2、zhen y, qie yy.uv-assisted ppb-level ammonia detection of a wse2/sno2 heterostructure at room temperature,crystal growth & design 2024 24 (1), 269-278.

3、feng y, zhen y.optimized energy storage performance in nanbo3-based ceramics via composition modification and micro-structure control,

ceramics international, 2023 49 (9), 14135-14144.

4、jiang xl, zhen y.synthesis of sns2/sno2 nano-heterojunctions with increased reactive sites and charge transfer for ultrasensitive nh3 detection,journal of alloys and compounds, 2023, 938,168520.

5、yang zr, zhen y.polyacrylonitrile@tio2 nanofibrous membrane decorated by mof for efficient filtration and green degradation of pm2.5,journal of colloid and interface science, 635, 2023, 598-610.

6、zhangjy, zhen y, wang wx. an urchin-like sno2/nanbo3 nanocomposite withstable humidity-sensing properties at room temperature，sens& actu b, 283(2019) 643-650.

7、zheny,li l, lin y. high q m values and humidity effect on theelectricalproperties of (k, na)nbo 3 lead-free piezoceramicsdoped with b 2o3–cuo mixed oxides. j. ameri ceram soc., 2017:100（4）1561-1569. 

8、zheny,sun f, zhang m. ultrafast breathing humidity sensingproperties oflow-dimensional fe-doped sno₂flower-like spheres.rsc advances, 2016, 6（32）:27008-27015.

9、zhangm,sun f, zhen y. hydrothermally synthesized sno2-graphenecompositesfor h-2 sensing at low operating temperature, mat sciand engi b-2016,209:37-44.

10、lil,zhen y, lin y. structure, dielectric and piezoelectricbehaviors of(k,na)nbo3 ceramics with high q (m) in low-humidityby introducingsio2 and cuo mixed oxides, j mater sci—mater inelectro, 2016,27(10) 10888-10893.

11、sunf,zhen y, zhang m. al-doped sno2 flower-like microspheres withhierarchicalnanorodssynthesized by hydrothermal method and h2 sensingproperty.scienceof advanced materials, 2015,7(3 ) 414–422

12、zheny,wang m m, wang s, et al. humidity sensitive properties ofamorphous(k,na)nbo3 lead free thin films, ceram inter,2014,40:10263-10267.

13、zheny,wei d s. enhanced humidity stability of (li,k,na)nbo3-basedlead-freepiezoelectric ceramics by adding b2o3, mater sci forum,2013,745-746:626-631

14、zheny,li j f, wang k. spark plasma sintering of li/ta-modified(k,na)nbo3lead-free piezoelectric ceramics: post-annealingtemperature effecton phase structure, electrical properties andgrain growthbehavior. mater sci &eng b, 176 (2011)1110-1114.

15、zheny,t. ohsawa, y. adachi, et al.. investigations of growthkinetics ofpulsed laser deposition of tin oxide films by isotopetracertechnique. j appl phys. 2010(108)104901.

16、zheny,li j f. preparation and electrical properties of fine-scale1-3pzt/epoxy composite thick films for high-frequencyultrasonictransducers. j appl phys. 2008, 103 : 084119.

17、zheny,li j f. normal sintering of (k,na)nbo3-based ceramics:influence ofsintering temperature on densification,microstructure, andelectrical properties. j am ceram soc, 2006,89: 3669-3675.

18、zheny,li j f. abnormal grain growth and new core-shell structurein(k,na)nbo3-based lead-free piezoelectric ceramics. j amceramsoc, 2007, 90: 3496-3502.

19、zheny,li j f, zhang h. electrical and elastic properties of 1-3pzt/epoxypiezoelectric composites, j electroceram, 21: 410-413(2008).

20、zheny,li j f. fabrication and electrical properties of fine-scale1-3piezoceramic/epoxy composites using (k,na)nbo3-basedlead-freeceramics. ferroelectrics, 2007, 358: 161-168.

21、zheny,li j f. dynamic properties of fine-scale 1-3pzt/epoxypiezoelectric composites. key eng mater, 2007, 336-338:348-350.

22、zheny,li aj, yin ys, shi rx, liu yc. reactive and dense sinteringofreinforced-toughened b4c matrix composites. mater res bull,2004,39: 1615-1625.

23、shenz.y, zhen y, wang k and li j f, influence of sinteringtemperature ongrain growth and phase structure ofcompositionally optimized highperformance li/ta-modified(na,k)nbo3 ceramics. journal of theamerican ceramic society,92（8）1748-1752(2009).

24、lijf, zhen y, zhang b p. normal sintering of (k,na)nbo3-basedlead-free piezoelectric ceramics. ceraminternational, 34,783-786, (2008).

 ◎patent

1 national invention patent authorized:

（1）zhen yuhua, wang mengmeng, wang sheng et al. lead-free piezoelectric material with humidity sensitivity, 2013.5, china, cn201110163323.9.