姓
名：王建利 出生年月：1980.12
职称：副教授/硕导 研究方向：低维自旋电子学
办公室：理a508(东) 邮箱：
教师个人凯发ag旗舰厅主页：
主要从事低维自旋电子材料与器件相关研究，探索低维自旋电子材料及其异质结晶格、自旋、电荷及轨道相互关联的物理效应及其在磁存储和磁逻辑方面的应用，构筑实用型低维自旋电子器件。在phys. rev. applied, phys. rev. b(2篇), j. mater. chem. c, nanotechnology, appl. surf. sci.(2篇), phys. chem. chem. phys., j. mater. sci.(2篇), epl(3篇), j. appl. phys.(4篇), semicond. sci. technol., physica e,vacuum(9篇), phys. lett. a, superlattices microstruct., thin solid films, chem. phys., eur. phys. j. b(2篇), j. cryst. growth(4篇), solid state commun.(4篇), phys. status solidi (b),surf. interface anal., physica b(2篇)和aip adv.国际学术期刊发表47篇第一(通讯)作者sci论文，在phys. rev. lett.(3篇), phys. rev. b(10篇), appl. phys. lett., commun. nonlinear sci. numer. simul., j. phys. chem. c, j. phys. d: appl. phys., j. phys.: condens. matter, semicond. sci. technol., mater. chem. phys., surf. sci.和rsc adv.(2篇)国际学术期刊合作发表23篇sci论文，出版专著《高介电常数氧化物绝缘栅mosfet数值研究》。主持结题国家自然科学基金理论物理专款 “合作研修项目” 一项，国家自然科学基金理论物理专款 “博士研究人员启动项目”一项。承担本科生的《低维自旋电子学》、《低维自旋电子材料与器件》、《储能材料与制备技术》、《大学物理》和《大学物理实验》等课程。
一、科研与学术工作经历
2010.6- 中国矿业大学材料与物理学院教师。
2015.9-2016.7 南京大学物理学院访问学者。
2017.3-2018.3 the university of sydney物理学院访问学者。
二、主持科研/教学项目
13. 2022.7-2024.6 材料与物理学院物理学科开放课题(2022wlxk02):低维自旋电子材料与器件的理论研究，5万。
12. 2020.1-2022.12 中国矿业大学重大项目培育专项(面上)(2020zdpyms28):氮化物基范德瓦尔斯异质结构材料与器件，15万。
11. 2018.6-2020.5 南京大学固体微结构物理国家重点实验室开放课题(m31001)：mos-hemt器件界面能带工程研究，2万。
10. 2017.1-2019.12 中国矿业大学学科前沿科学研究专项(2017xkqy092)：高k氧化物绝缘栅mos-hemt器件的理论研究，20万。
9. 2014.1-2016.12 国家自然科学基金理论物理专款“合作研修项目” (11347016)：氮化铟基半导体异质生长和掺杂的数值模拟研究，20万。
8. 2014.1-2016.12 中国矿业大学青年科技基金(2014qna65)：半导体/钙钛矿氧化物异质表面与界面数值模拟研究，10万。
7. 2012.1-2012.12 国家自然科学基金理论物理专款 “博士研究人员启动项目” (11147126)：ⅲ族氮化物半导体/钙钛矿氧化物异质界面微结构与物性研究，5万。
6. 2012.1-2013.12 南京大学固体微结构物理国家重点实验室开放课题(m25010)：绝缘氧化物/半导体氮化物异质界面微结构与物性，2万。
5. 2010.9-2013.12 中国矿业大学青年科技基金(2010qna35)：半导体氮化铟的掺杂研究，6.5万。
4. 2010.9-2012.8 中国矿业大学“启航计划”，半导体氮化铟掺杂的理论研究，3万。
3.2010.7-2020.12 中国矿业大学“人才引进”科研启动基金，cds/cdte太阳能电池中界面s扩散影响，8万。
2.2020.7-2021.7 中国矿业大学教学研究项目：江苏省特色专业应用物理学前沿课程《低维自旋电子学》建设及教学示范(2020yb60)，1.0万。
1.2013.6-2014.7 中国矿业大学教学改革与建设项目：双语教学示范课程《储能材料与制备技术》的课程建设的研究与实践(2013y39)，0.4万。
三、发表科研论文 ( orcid: ; scopus author id: web of science researcherid )
70.jie sun(孙杰), zheng tan, haoshen ye, dongmei bai(*), and jianli wang(*), enhanced curie temperature and conductivity of van der waals ferromagnet mgv2s4 via electrostatic doping,phys. chem. chem. phys., 25 (7), 5878–5884 (2023).
69.haoshen ye(叶浩燊), lisha liu, dongmei bai, g. p. zhang, junting zhang, and jianli wang(*), room-temperature spin valve effect in ticr2n4 monolayer,j. mater. chem. c, 10 (34), 12422–12427(2022).
68.yijie zhu(朱怡杰), dingwen zhang, haoshen ye, dongmei bai, ming li, g. p. zhang, junting zhang, and jianli wang(*), magnetic and electronic properties of aln/vse2 van der waals heterostructures from combined first-principles and schrödinger-poisson simulations, phys. rev. applied,18, 024012-1-10 (2022).
67.jie sun(孙杰), fanxian pei, dongmei bai(*), junting zhang, and jianli wang(*), room temperature ferromagnetism and transport properties in inn/vte2 van der waals heterostructures,appl. surf. sci.598, 153781-1-8 (2022).
66. junting zhang(*), ying zhou, fan wang, xiaofan shen, jianli wang, and xiaomei lu(*), coexistence and coupling of spin-induced ferroelectricity and ferromagnetism in perovskites, phys. rev. lett. 129 (11), 117603-1-6 (2022).
65.haoshen ye(叶浩燊), xiao wang, dongmei bai, junting zhang, xiaoshan wu, g. p. zhang, and jianli wang(*), significant enhancement of magnetic anisotropy and conductivity in gan/cri3 van der waals heterostructures via electrostatic doping,phys. rev. b 104 (7), 075433-1-8 (2021).
64.haoshen ye(叶浩燊), yijie zhu, dongmei bai, junting zhang, xiaoshan wu, and jianli wang(*), spin valve effect in vn/gan/vn van derwaals heterostructures,phys. rev. b 103 (3), 035423-1-8 (2021).
63. haohao sheng(盛昊昊), haoxiang long, guanzhen zou, dongmei bai(*), junting zhang, and jianli wang(*), magnetic and phonon transport properties of two-dimensional room-temperature ferromagnet vse2, j. mater. sci.56 (28), 15844–15858 (2021)
62. x.f. shen, q.y. luo, z.s. wu, y. zhou, j.l. wang, j.t. zhang(*), j. su(*), and x.m. lu, magnetoelectric coupling dependent on ferroelectric switching paths in two-dimensional perovskite multiferroics, phys. rev. b 103 (22), l220406 (2021).
61. y. zhou, z.f. chen, z.s. wu, x.f. shen, j.l. wang, j.t. zhang(*), and h. sun(*), hybrid improper ferroelectricity and magnetoelectric coupling in a two-dimensional perovskite oxide, phys. rev. b 103 (22), 224409 (2021).
60. mengmeng xue(薛萌萌), mengjie wei, haohao sheng, dongmei bai(*), and jianli wang(*), tunable electronic properties of silicene based heterojunctions with ultrathin high-к la2o3 gate dielectric, superlattices microstruct.,147, 106686-1-9 (2020).
59. haohao sheng(盛昊昊), yijie zhu, dongmei bai(*), xiaoshan wu, and jianli wang(*),thermoelectric properties of two-dimensional magnet cri3, nanotechnology, 31 (31), 315713-1-9 (2020).
58. haoshen ye(叶浩燊), haohao sheng, dongmei bai(*), junting zhang, and jianli wang(*), strain and electric field tuned electronic properties of bas/mose2 van der waals heterostructures for alternative electrodes and photovoltaic cell in photocatalysis, physica e, 120, 114055-1-6 (2020).
57. xinfeng chen(陈新锋), haohao sheng, jianli wang(*), gang tang, junting zhang, and dongmei bai(*), electronic and optical properties tuned by strain and external electric field of g-zno/2h-tis2 van der waals heterostructures, vacuum, 174, 109232-1-8 (2020).
56.junting zhang(*),xiaofan shen, yancheng wang, chao ji, ying zhou, jianli wang, fengzhen huang, and xiaomei lu(*), design of two-dimensional multiferroics with direct polarization-magnetization coupling, phys. rev. lett. 125 (1), 017601-1-6 (2020).
55.jianli wang(*), jiangtao liu, mengmeng xue, dongmei bai(*), c. stampfl(*), structural stability and band alignment in the c-plane zno/gan heterostructure, semicond. sci. technol. 34 (9), 095008-1-8 (2019).
54.jianli wang(*), mengmeng xue, hao liu, mengqi yuan, dongmei bai(*), gang tang, junting zhang, and c. stampfl(*), stability and band offsets between gaassemiconductor andceo2 gate dielectric, aip adv., 9 (2), 025117-1-7 (2019).
53.jianli wang(*), xinfeng chen, aixia zhang, dongmei bai, gang tang, junting zhang, and c. stampfl(*), band alignment of nonpolar (10ī0) znoon (112) laalo3,solid state commun. 287, 23-26 (2019).
52.jiangtao liu(刘江涛), hao liu, aixia zhang, jianli wang(*), gang tang, junting zhang, and dongmei bai(*), strain dependent electronic structure and optical properties tuning of inn/ptx2 (x=s, se) van der waals heterostructures, vacuum, 168, 108805-1-8 (2019).
51.jiangtao liu(刘江涛), mengmeng xue, jianli wang(*), haohao sheng, gang tang, junting zhang, and dongmei bai(*), tunable electronic and optical properties of arsenene/mote2 van der waals heterostructures, vacuum,163, 128-134(2019).
50.jiangtao liu(刘江涛), hao liu, jianli wang(*), haohao sheng, gang tang, junting zhang, dongmei bai(*), optical and electronic properties of dichalcogenides wx2 (x=s, se, and te) monolayers under biaxial strain, physica b, 568, 18–24 (2019).
49.xinfeng chen(陈新锋),aixia zhang, jianli wang(*), qunyong luo, gang tang, junting zhang, dongmei bai(*), band alignments and polarization properties in zno(11
0)/pbtio3 (001) heterostructures, vacuum, 166, 264-269 (2019).
48.chenxiang wang, yan wang, zixin yang, jianli wang(*), and x.s. wu(*), interface properties of nonpolar lialo2/srtio3 heterostructures, vacuum,161, 98–102 (2019).
47.chao ji, yancheng wang, bixiang guo, xiaofan shen, qunyong luo, jianli wang, xianwen meng, junting zhang(*), xiaomei lu, and jinsong zhu, strain engineering of magnetic and orbital order in perovskite lumno3 epitaxial films, phys. rev. b 100 (17), 174417-1-9 (2019).
46.jianli wang(*), xinfeng chen, shuyin wu, gang tang, junting zhang, and c. stampfl(*), stability and band offsets between c-plane zno semiconductor and laalo3 gate dielectric,j. appl. phys. 123 (11), 115302-1-9(2018). (selected as editor's pick)
45.jianli wang(*), xinfeng chen, shuyin wu, dongmei bai(*), gang tang, junting zhang, and c. stampfl(*), stability and band offsets of nonpolar (110) znoon (001) laalo3,vacuum, 150, 29-34 (2018).
44.dongmei bai, hao liu, aixia zhang, jianli wang(*), gang tang, junting zhang, and c. stampfl(*), effect of an al-adlayer in the c-plane zno/aln heterostructure,epl, 122(2), 26003-1-6(2018).
43.junting zhang(*), chao ji, yanyan shangguan, bixiang guo, jianli wang, fengzhen huang, xiaomei lu, and jinsong zhu, strain-driven magnetic phase transitions from an antiferromagnetic to a ferromagnetic state in perovskite rmno3 films, phys. rev. b 98 (19), 195133-1-9 (2018).
42.j. t. zhang(*), c. ji, j. l. wang, w. s. xia, x. m. lu, and j. s. zhu, stabilization of e-type magnetic order caused by epitaxial strain in perovskite manganites, phys. rev. b 97 (8), 085124-1-11 (2018).
41.jianli wang(*), long pu, yujia han, shuyin wu, gang tang, sandong guo, and c. stampfl(*), stability and band offsets between si and laalo3, eur. phys. j. b90 (9), 178-1-8 (2017).
40.dongmei bai, jianli wang(*), c. stampfl(*), shuyin wu, hao liu, and gang tang, band offsets in la2o3/inn heterostructure, solid state commun. 265, 19–22(2017).
39.j. t. zhang(*), c. ji, j. l. wang, w. s. xia, b. x. guo, x. m. lu, and j. s. zhu, spin-induced ferroelectricity in a triangular-lattice antiferromagnet studied by magnetoelectric coupling tensors, phys. rev. b 96 (23), 235136-1-8 (2017).
38. j.t. zhang(*), j.l. wang, c. ji, b. x. guo, w. s. xia, x. m. lu, and j. s. zhu, magnetism and spin-driven ferroelectricity in the multiferroic material α−cu2v2o7, phys. rev. b 96 (16), 165132-1-8(2017).
37. j.t. zhang(*), j.l. wang, x.q. yang, w.s. xia, x.m. lu, and j.s. zhu, magnetic properties and spin-driven ferroelectricity in multiferroic skyrmion host gav4s8,phys. rev. b 95 (8), 085136-1-8 (2017).
36.jianli wang(*), mengqi yuan, gang tang, huichao li, junting zhang, and sandong guo,two-dimensional electron gasin gaas/srhfo3heterostructure, j. appl. phys. 119 (23), 235304-1-7 (2016).
35.jianli wang(*), chenxiang wang, gang tang, junting zhang, sandong guo, and yujia han, interface properties of geon cubic srhfo3(001), j. cryst. growth, 443, 66–74 (2016).
34.mengqi yuan(袁梦奇), jianli wang(*), long pu, gang tang, and sandong guo,metallic behavior of gaas/batio3 heterostructure, epl 115 (1), 16001-1-5 (2016).
33.chenxiang wang(王陈翔), jianli wang(*), mengqi yuan, junting zhang(*), gang tang, yujia han, and x.s. wu, the structure and electronic properties of ge/srzro3, vacuum, 130, 165-173 (2016).
32.j. t. zhang, x. m. lu(*), x. q. yang, j. l. wang, and j. s. zhu, origins of ↑↑↓↓ magnetic structure and ferroelectricity in multiferroic lu2comno6, phys. rev. b, 93 (7), 075140-1-6 (2016).
31.san-dong guo(*) and jian-li wang, spin–orbital coupling effect on the powerfactor in semiconducting transition-metaldichalcogenide monolayers, semicond. sci. technol. 31 (9), 095011-1-8 (2016).
30.san-dong guo(*) and jian-li wang, interesting pressure dependence of power factor in bitei, j. phys. d: appl. phys.49(21), 215107-1-7(2016).
29.san-dong guo(*) and jian-li wang, potential thermoelectric materials csmi3 (m = sn and pb) in perovskite structures from first-principles calculations,rsc adv., 6 (103), 101552-101559 (2016).
28.san-dong guo(*) and jian-li wang, pressure enhanced thermoelectric properties in mg2sn,rsc adv., 6 (37), 31272-31276 (2016).
27.jianli wang(*), long pu, gang tang, and junting zhang, electronic and structural characterization ofinnheterostructures grown onβ-ligao2(001) substrates,vacuum, 119, 106-111 (2015).
26.long pu(蒲龙), jianli wang(*), gang tang, and junting zhang, structural properties of geon srtio3(001) surface and ge/srtio3 interface, j. appl. phys.117 (10), 105307-1-8 (2015).
25.yan yin, jianli wang(*), huiping zhu, kai lv, and x.s. wu(*), structural distortion and charge redistribution in srtio3 (111) polar surfaces, vacuum, 120, 83-88 (2015).
24.jianli wang(*), gang tang, x.s. wu, and long pu, structural properties of innon pbtio3 (111) surfaces, j. mater. sci. 49(14), 4715–4721 (2014).
23.jianli wang(*), gang tang, long pu, and x.s. wu,inn growth on batio3 (111) substrates: a first-principles study, j. cryst. growth, 395, 98–103 (2014).
22.h.p. zhu, m.q. gu, l. huang, j.l. wang, and x.s. wu(*),structural and electronic properties of cdte:cl from first-principles, mater. chem. phys. 143 (2), 637-641 (2014).
21.q.y. xie, w.m. xie, j.l. wang, h.p. zhu, j.h. yang, l. sun, and x.s. wu(*), detecting p-type conduction in ba-doped inn, appl. phys. lett. 102 (4), 042109-1-4 (2013).
20.jianli wang, gang tang, x.s. wu(*), and mingqiang gu, the adsorption of o on (001) and (111) cdte surfaces: a first-principles study, thin solid films, 520 (11), 3960-3964 (2012).
19.jianli wang(*), gang tang, x.s. wu, and mingqiang gu, the structure and electronic properties of aln/srtio3 (111) interfaces, j. cryst. growth, 353 (1), 134-139 (2012).
18.jianli wang, gang tang, x.s. wu(*), and mingqiang gu, inn doped with zn: bulk and surface investigation from first principles,solid state commun.152 (13), 1168-1171 (2012).
17.jianli wang, gang tang, x.s. wu(*), and mingqiang gu, stable structure and effects of sulfur in cdte/cds heterojunctions, surf. interface anal.,44 (4), 434-438 (2012).
16.jianli wang, gang tang, and x.s. wu(*), thermodynamic stabilityof batio3 (110) surfaces,phys. status solidi (b)249 (4), 796-800 (2012).
15.m. gu, jianli wang, x. s. wu(*), and g. p. zhang, stabilities of the intrinsic defects on srtio3 surface and srtio3/laalo3 interface, j. phys. chem. c 116 (47), 24993-24998 (2012).
14.m. gu, q. xie, x. shen, r. xie, jianli wang, g. tang, d. wu, g. p. zhang, and x. s. wu(*), magnetic ordering and structural phase transitions in strained ultrathin srruo3/srtio3 superlattice, phys. rev. lett.109(15), 157003-1-5(2012).
13.dongmei bai(*) and jianli wang, the time-splitting fourier spectral method for the coupled schrödinger-boussinesq equations, commun. nonlinear sci. numer. simul.17 (3), 1201-1210 (2012).
12.jianli wang, dongmei bai, gang tang, x.s. wu(*), and mingqiang gu, stable structure and effects of oxygen on inn (10-10) and (11-20) surfaces, j. cryst. growth, 327 (1), 233-236 (2011).
11.jianli wang, x.s. wu(*), xianqi dai, and dongmei bai, first-principles study of sr adsorption on inn (0001), eur. phys. j. b73 (1), 75-78 (2010).
10.mingqiang gu, jianli wang, q.y. xie, and x.s. wu(*), structural and electronic properties of pbtio3/srtio3 superlattices from first principles, phys. rev. b 82 (13), 134102-1-9 (2010).
9.jianli wang, x.s. wu(*), and dongmei bai, stable structure and effects of the substrate ti pretreatment on the epitaxial growth of srtio3 on gaas, epl86 (4), 46008-1-6 (2009).
8.jianli wang, min fu, x.s. wu(*), and dongmei bai,surface structure of strontium titanate, j. appl. phys. 105 (8), 083526-1-8 (2009).
7.jianli wang, x.s. wu(*), j. zhou, and j.m. dong, surface structure for au on (001) srtio3,chem. phys.360 (1-3), 79-84 (2009).
6.jianli wang, x.s. wu(*), xianqi dai, and dongmei bai,atomic structure for mg on inn(0001) surface, phys. lett. a 373 (20), 1796-1799 (2009).
5.jianli wang, x.s. wu(*), and dongmei bai, structural and electronic properties of zn on cdte(001) surface,solid state commun. 149 (25-26), 982-985 (2009).
4.jianli wang, x.s. wu(*), and dongmei bai, the adsorption of in on the surface of (001) cdte, physica b, 404 (20), 3530-3533 (2009).
3.jianli wang, x.s. wu(*), j.m. dong, dongmei bai, and xianqi dai, the adsorption of be on the surface of (0001) inn, appl. surf. sci. 255 (5), 2533-2537 (2008).
2.x.q dai(*), h.j. yan, jianli wang, y.m. liu, z.x. yang,and m h xie, the effect of cu on o adsorption on a zno(0001) surface: a first-principles study,j. phys.: condens. matter, 20(9), 095002-1-4(2008).
1.x.q dai(*),jianli wang, h.j. yan, x.h. wu, and m.h. xie, structural properties of oxygen on inn(0001) surface, surf. sci. 601 (10), 2161-2165 (2007).
四、出版书籍
王建利、白冬梅著，《高介电常数氧化物绝缘栅mosfet数值研究》，中国矿业大学出版社，2020年。
五、发表教学论文
1. 王建利, 唐刚,“储能材料与制备技术”课程建设的改革与实践,《学园》，1, 27-28 (2014)。
2. 王建利, 白冬梅(*),低维自旋电子学课程建设的探索与实践,《电子世界》，602, 32-33(2020)。
六、获奖情况
中国矿业大学理学院2010年度院级优秀班主任。
中国矿业大学2011年度优秀班主任。
中国矿业大学2012届本科毕业设计(论文)优秀指导教师。
中国矿业大学2012年度优秀班主任。
江苏省2017年高校第十四届大学生物理及实验科技作品创新竞赛优秀指导教师。
中国矿业大学2018年度教职工考核优秀。
中国矿业大学2019年第六届“大学生物理学术竞赛”最佳指导教师。
中国矿业大学2019届本科毕业设计(论文)优秀指导教师。
中国矿业大学2019年度教职工考核优秀。
中国矿业大学2020届校级优秀毕业设计（论文）指导教师。
中国矿业大学2020年度教职工考核优秀。
中国矿业大学2018-2021年度优秀共产党员。
中国矿业大学2020-2021年度教书育人先进个人。
中国矿业大学2020-2021学年度班主任考核优秀。
中国矿业大学2021年度教职工考核优秀。
中国矿业大学2021年促进就业先进个人。
中国矿业大学2021年优秀创新创业指导教师。
七、培养研究生
蒲龙：2014级研究生，国家奖学金，高校辅导员。
袁梦奇：2015级研究生，优秀创新硕士奖学金，江苏省高校第十四届大学生物理及实验科技作品创新竞赛二等奖，苏州光电企业。
刘江涛：2017级研究生，国家奖学金，优秀创新硕士奖学金，南京高级中学。
陈新锋：2017级研究生，在国际期刊发表第一作者sci论文2篇，西安交通大学读博。
薛萌萌：2018级研究生，在国际期刊发表第一作者sci论文1篇，淮阴高级中学。
叶浩燊：2019级研究生，国家奖学金，平煤神马奖学金，主持江苏省研究生科研与实践创新计划项目，东南大学读博。
孙 杰：2020级研究生，在国际期刊发表第一作者sci论文2篇，无锡微电子企业。
八、指导本科生
王陈翔：2012级本科生，保送南京大学物理学院研究生，校级优秀本科毕业论文，发表第一作者单位sci论文1篇。
韩宇佳：2014级本科生，保送中国科学院大连化学物理研究所研究生。
胡景森：2015级本科生，保送中国科学院光电研究院研究生，校级优秀本科毕业论文。
刘 昊：2016级本科生，保送复旦大学物理学系研究生，主持国家级大学生创新训练计划项目一项。
盛昊昊：2017级本科生，保送中国科学院物理研究所研究生，主持省级大学生创新训练计划项目一项，发表第一作者单位sci论文2篇。
朱怡杰：2018级本科生，保送南京大学物理学院研究生，主持国家级大学生创新训练计划项目一项，发表第一作者单位sci论文1篇。
魏梦杰：2018级本科生，保送中国科学技术大学物理学院研究生，共同主持国家级大学生创新训练计划项目一项。
龙昊翔：2018级本科生，保送南京大学物理学院研究生，主持校级大学生创新训练计划项目一项。
邹官朕：2018级本科生，保送北京理工大学物理学院研究生，主持校级大学生创新训练计划项目一项。
裴凡衔：2019级本科生，保送北京理工大学物理学院研究生，主持校级大学生创新训练计划项目一项。
张丁文：2020级本科生，主持校级大学生创新训练计划项目一项。
刘丽莎：2020级本科生。
马浩然：2020级本科生，主持省级大学生创新训练计划项目一项。
谭政：2020级本科生。
九、研究平台
拥有高性能计算集群以及vasp(自旋耦合版本), 声子软件(phono3py, shengbte, boltztrap), ms, matlab等并行计算软件。
十、招生计划
欢迎物理学、光学、微电子专业的同学报考硕士研究生。每年计划招收1-2名具有团队协作精神和科研理想、善于独立思考、勤奋努力的硕士研究生，同时每年招收2-3名成绩优异本科生进行科研训练。
