自然科学基金申请中的小插曲

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2018-10-23 20:28:22
根据国家自然科学基金委员会相关规定,45周岁以下都属于青年。于是,今年春节期间撰写了申请书,想通过这个平台看看自己是不是“优秀”或“杰出”。因为每项工作仅发表过一遍(这本应是学术界的一个基本规则呀!),所以论文篇数似乎不多。申请书中马马虎虎地写为“发表SCI论文20余篇“。不予资助通知中有这样一句针对性的评审意见:看来申请人都不屑于准确统计自己的论文?

最近,本单位研究生部在为研究生导师做网页,按要求整理了如下的发表目录。埋头做自己的事,让别人去数数吧,呵呵!


  • Z.-T. Wang, C.-L. Zhang, H.-T. Wang, 2017, Coherent structures over flat sandy surfaces in aeolian environment, Catena, 159: 144.
  • Z.-T. Wang, Z.-P. Lai, J.-J. Qu, 2017, Inverted relief in the Kumtagh Desert ofnorthwest China: a mechanism to estimate wind erosion rates, Geological Journal 52:131.
  • Z.-T. Wang, Z.-S. An, 2016, A simple theoretical approach to the thermal expansionmechanism of salt weathering, Catena 147: 695.
  • Z.-T. Wang, T.-Y. Chen, S.-W. Liu, Z.-P. Lai, 2016, Aeolian origin of the interdunelakes in the Badain Jaran Desert, China, Arabian Journal of Geosciences, 9(3): 1.
  • Z.-T. Wang, 2016, A theoretical interpretation of the “giant” dust conundrum,Science of the Total Environment, 553: 673.
  • Z.-T. Wang, 2016, A theoretical note on aerodynamic lifting in dust devils, Icarus,265: 79.
  • Z.-T. Wang, C.-L. Zhang, H.-T. Wang, 2014, Intermittency of aeolian saltation, TheEuropean Physical Journal E, 37: 126.
  • Z.-T. Wang, Z.-P. Lai, 2014, A theoretical model on the relation between wind speedand grain size in dust transportation and its paleoclimatic implications, AeolianResearch, 13: 105.
  • X.-Z. Ren, X.-P. Yang, Z.-T. Wang, B-Q. Zhu, D.-G. Zhang, P. Rioual, 2014,Geochemical evidence of the sources of aeolian sands and their transport pathways in the Minqin Oasis, northwestern China, Quaternary International 334-335, 165.
  • Z.-T. Wang, C.-L. Zhang, H.-T. Wang, 2013, Forces on a saltating grain in air, TheEuropean Physical Journal E, 36: 112.
  • Z.-T. Wang, H.-T. Wang, Q.-H. Niu, Z.-B. Dong and T. Wang, 2011, Abrasion ofYardangs, Physical Review E, 84(3): 031304.
  • Z.-T. Wang, Q.-H. Zhang, Z.-B. Dong and T. Wang, 2011, Upper limit ofheight-spacing ratio for transverse aeolian bedforms, EPL, 93(2): 29001.
  • Z.-T. Wang, Q.-F. Sun, X.-Z. Ren, T. Wang and F.-H. Chen, 2009, Pseudo-featherydunes in the Kumtagh desert reclassi fid as linear dunes and zibars, Aeolian Research, 1(1-2): 87.
  • Z.-T. Wang, J.-W. Zhang, Q.-H. Zhang, M.-R. Qiang, F.-H. Chen and Y.-Q. Ling,2008, Barchans of Minqin: sediment transport, Geomorphology 96(1-2): 233.
  • Z.-T. Wang, S.-C. Tao, Y.-W. Xie and G.-H. Dong, 2007, Barchans of Minqin:morphometry, Geomorphology, 89(3-4): 405.
  • Z.-T. Wang, Y.-H. Zhou and X.-J. Zheng, 2006, Tensile test of natural microbioticcrust, Catena 67(2): 139.
  • Z.-T. Wang, 2006, Influence of moisture on the entrainment of sand by wind, PowderTechnology 164(2): 89.
  • Z.-T. Wang, 2004, A note on the velocity of granular flow down a bumpy inclinedplane, Granular Matter 6: 67.
  • Z.-T. Wang and X.-J. Zheng, 2004, Theoretical prediction of creep flux in aeolian sand transport, Powder Technology 139: 123.
  • X.-J. Zheng, Z.-T. Wang and Z.-G. Qiu, 2004, Impact craters in loose granular media,The European Physical Journal E 13: 321.
  • Z.-T. Wang and X.-J. Zheng, 2003, A numerical simulation of fluid flowing throughwindbreak, Key Engineering Materials 243-244: 607.
  • 王振亭, 郑晓静, 2002, 草方格沙障尺寸分析的简单模型, 中国沙漠 22(3): 229.

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