孟现文，中国矿业大学，材料与物理学院，预聘副教授，主要研究低维复杂纳米受限体系纳米流体模拟与调控，在Physical Review E、Chemical Physics、Chemical Physics Letters、EPL等主流期刊发表研究论文21篇（其中第一作者或通讯作者研究论文20篇）。指导研究生3名，指导研究生发表研究论文10篇。
教育经历
2020/09-2021/07， 华东理工大学，物理系，访问学者，导师：方海平（杰青）
2009/09-2014/07， 复旦大学，物理学系，博士，导师：黄吉平（杰青）
2005/09-2009/07， 江苏师范大学，物理系，学士
科研与学术工作经历
(1) 2020-04 至 今, 中国矿业大学, 材料与物理学院, 预聘副教授
(2) 2019-11 至 2020-03, 中国矿业大学, 材料与物理学院, 讲师
(3) 2016-09 至 2019-10, 中国矿业大学, 物理学院, 讲师
(4) 2014-07 至 2016-08, 中国矿业大学, 理学院, 讲师
主持科研项目（课题）及人才计划项目情况：
（1）国家自然科学基金青年基金，项目批准号：11605285，金额：23万
（2）国家自然科学基金理论物理专项，项目批准号：11547246，金额：5万
（3）江苏省自然科学基金青年基金，项目批准号：BK20150173，金额：20万
（4）中国矿业大学青年基金，项目批准号：2015QNA48，金额：10万
代表性研究成果和学术奖励情况
已发表研究论文（*为通讯作者）
X. Kang, X. W. Meng*, Effect of carbon nanotube diameter on water transfer through disjoint carbon nanotubes in the lateral electric fields, Chemical Physics, 565, 111733 (2023).
L. Y. Wang, X. W. Meng*, Water transport through the inward combined carbon nanotube, Chemical Physics, 566, 111756 (2023).
X. W. Meng*, Y. Li, Accelerating water transport through a disjoint nanochannel with a large nanogap, Physica E: Low-dimensional System and Nanostructures, 135, 114980 (2022).
X. W. Meng*, X. Kang, Reducing water transfer rate through a carbon nanotube efficiently: the role of a small nanogap, Chemical Physics Letters, 787, 139281 (2022).
X. W. Meng*, X. Kang, Accelerating water unidirectional transport efficiency through carbon nanotubes, Chemical Physics Letters, 804, 139912 (2022).
X. Kang, X. W. Meng*, X. Q. Yang*, Tunable transport of a methane-water mixture through a carbon nanotube, Chemical Physics, 559, 111544 (2022).
X. W. Meng*, Y. Li,Unexpected effect of an empty cavity onwater transport througha combinedcarbon nanotube, EPL, 136, 66001 (2021).
X. W. Meng*,Y. Li, X. Q. Yang*, Accelerating water wet-dry phase transitions in a one-dimensional carbon nanotube, Chemical Physics,550, 111300 (2021).
X. W. Meng*,L. Shen, Gases of driving methane out of a carbon nanotube,Journal of Physics Communications, 4, 015003 (2020).
X.W. Meng*, L. Shen, Transport between one dimensional disjointnanochannels, Chemical Physics Letters, 739, 137029 (2020).
X. W. Meng*, Y. Li, L. Shen, X. Q. Yang*, Reinforcing a water bridge in a disjoint nanochannel, EPL, 131, 20003 (2020).
X. W. Meng*, Y. Li, L. Shen, A controllable water transfer rate across a tandem carbon nanotube, International Journal of Modern Physics B, 33, 1950324 (2019).
X. W. Meng*, A remarkable enhancement of watermolecules permeation across a combined carbon nanotube, EPL,125, 14001 (2019).
X.W. Meng*, Molecular dynamics simulations of water moleculesacross a combined carbon nanotube,International Journal of Modern Physics B,32, 1850278 (2018).
X. W. Meng*, J. P. Huang*, Control water molecules acrosscarbon-based nanochannels, Chinese Physics B, 27, 013101 (2018).
X. W. Meng*, J. P. Huang, Fast phase transition of water molecules in adefective carbon nanotube under an electric field,International Journal of Modern Physics B, 30, 1650019 (2016).
X. W. Meng*, J. P. Huang,Enhancement of water flow across a carbon nanotube,Molecular Simulation, 42, 215 (2016).
T. Qiu, X. W. Meng, J. P. Huang*, Nonstraight nanochannels transfer waterfaster than straight nanochannels, the Journal of Physical Chemistry B, 119, 1496 (2015).
X.W.Meng*, Y. Wang, Y.J. Zhao, J. P. Huang, Distinct transport propertiesof O2 and CH4 across a carbon nanotube, Molecular Physics, 111, 1000 (2013).
X.W.Meng, J. P. Huang*, Enhanced permeation of single-file watermolecules across a nonochannel,Physical Review E, 88, 014104 (2013).
X.W. Meng, Y.Wang, Y. J. Zhao*, J. P. Huang*, Gating of a waternanochannel driven by dipolar molecules,the Journal of Physical Chemistry B,115, 4768 (2011).
