姓名：贾梦秋
职称：教授/博导
办公电话：010-64451781
e-mail：
办公地址：科技大厦305房间
教育经历：
1983.9-1987.7 天津南开大学化学系物理化学专业，学士学位
1987.9-1988.6 北京语言学院出国培训部 外语培训
1988.10-1993.4俄罗斯门捷列夫化工大学物化专业攻读博士学位
1993.5-1994.5 俄罗斯门捷列夫化工大学 物化教研室访问学者
工作经历：
1994.6-1996.8 北京化工大学应用化学系 讲师
1996.9-2000.8 北京化工大学应化系 副教授
2000.9-2003.1 北京化工大学材料学院 副教授
2003.2-2015.7 北京化工大学研究生院 副院长（2004.9 晋升教授，2005.6遴选为博士研究生导师）
2015.7-2019.4 北京化工大学工会 常务副主席
2019.5- 北京化工大学生命学院 党委书记
主要研究领域：
储能材料与器件
先进二次电池（锂/钠/钾离子电池、锂-硫电池）
生物质的电化学催化
特种功能防腐涂料
主要成果：
作为负责人和主要参与人承担国家自然科学基金、北京市自然科学基金和企业合作项目多项，在journal of power sources 、rsc advances 、acs appl. mater. interfaces、electrochimica acta, materials letters 、electroanalytical chemistry、 electrochemical society 、chem. commun.等期刊上发表sci论文80余篇。获得国家发明专利5项；3项成果获得省部级科技成果鉴定；编写国家标准一项。
代表性文章：
[1] q. yuan; y. x. chen; a. li; y. x. li; x. h. chen, m. q. jia*（贾梦秋）, h. h. song*, polysulfides anchoring and enhanced electrochemical kinetics of 3d flower-like fes/carbon assembly materials for lithium-sulfur battery, applied surface science, 508, 145286, 2020
[2] m. jia, y. h. jin, p. z. zhao, c. c. zhao, m. q. jia*（贾梦秋）, znse nanoparticles decorated with hollow n-doped carbon nanocubes for high-performance anode material of sodium ion batteries, journal of alloys and compounds, 831,154749, 2020
[3] m. jia, y. h. jin, p. z. zhao, c. c. zhao, m. q. jia*（贾梦秋）, high electrochemical sodium storage performance of znse/cose@n-doped porous carbon synthesized by the in-situ selenization of zif-8/67 polyhedron, applied surface science, 518, 146259, 2020.
[4] c. l. zhou, a. li, d, k, wang, e. z. pan, x. h. chen, m. q. jia*（贾梦秋）, h. h. song*, mof-templated self-polymerization of p-phenylenediamine to a polymer with a hollow box-assembled spherical structure, chem. commun., 55, 4071-4074, 2019.
[5] m. jia, y. h. jin, p. z. zhao, c. c. zhao, m. q. jia*（贾梦秋）, l. wang, x. m. he, hollow nicose2 microspheres@n-doped carbon as high-performance pseudocapacitive anode materials for sodium ion batteries, electrochimica acta, 310, 230-239, 2019.
[6] r. p. zhang, j. j. xu, m. jia, e. z. pan, c. l. zhou, m. q. jia*（贾梦秋）, ultrafine zns quantum dots decorated reduced graphene oxide composites derived from zif-8/graphene oxide hybrids as anode for sodium-ion batteries, journal of alloys and compounds, 781, 450-459, 2019.
[7] e. z. pan,y. h. jin*, c. c. zhao, m. jia, q. q. chang, r. p. zhang, m. q. jia*（贾梦秋）, mesoporous sn4p3-graphene aerogel composite as a high-performance anode in sodium ion batteries, applied surface science, 475, 12-19, 2019.
[8] e. z. pan,y. h. jin*, c. c. zhao, m. jia, q. q. chang, m. q. jia*（贾梦秋）, l. wang, x. m. he, conformal hollow carbon sphere coated on sn4p3 microspheres as high-rate and cycle-stable anode materials with superior sodium storage capability, acs applied energy materials, 2019.
[9] c. l. zhou, a. li, b. cao, x. h. chen, m. q. jia*（贾梦秋）, h. h. song*, the non-ignorable impact of surface oxygen groups on the electrochemical performance of n/o dual-doped carbon anodes for sodium ion batteries, journal of the electrochemical society, 165, a1447-a1454, 2018.
[10] y. wang, y. h. jin*, s. b. li, j. y. han, z. d. ju, m. q. jia*（贾梦秋）, flower-like mos2 supported on three-dimensional graphene aerogels as high-performance anode materials for sodium-ion batteries, ionics, 24, 3431-3437, 2018.
[11] r. p. zhang, y. wang, m. q. jia*（贾梦秋）, j. j. xu, e. z. pan, one-pot hydrothermal synthesis of zns quantum dots/graphene hybrids as a dual anode for sodium ion and lithium ion batteries, applied surface science, 437, 375-383, 2018.
[12] c. l. zhou, x y. wang, y. h. jin*, c. c. zhao, y. h. duan, x. z. he, m. q. jia*（贾梦秋）, sno2 quantum dots/graphene aerogel composite as high-performance anode material for sodium ion batteries, materials letters, 191, 169-172, 2017.
[13] y. wang, y. h. jin*, c. c. zhao, y. h. duan, x. z. he, m. q. jia*, sno2 quantum dots/graphene aerogel composite as high-performance anode material for sodium ion batteries, materials letters, 191, 169-172, 2017.
[14]h. liu, m. q. jia*（贾梦秋）, b, cao. r. j. chen, x. y. lv, r. t. tang, f. wu, b. xu*, nitrogen-doped carbon/graphene hybrid anode material for sodium-ion batteries with excellent rate capability, journal of power sources, 319, 195-201, 2016.
[15] h. liu, m. q. jia*（贾梦秋）, m. wang, r. j. chen, n. sun, q. z. zhu, f. wu, b. xu*, a floral variant of mesoporous carbon as an anode material for high performance sodium and lithium ion batteries, rsc advances, 6, 78235-78240, 2016.