潞安矿区新构造及其控水作用的研究

利用水化学方法揭示了潞安矿区新构造及其导、储水性的存在，研究发现了王庄-常村新构造断裂带及其新生性．在新构造和古地理特征研究的基础上，论证了新构造运动对地表水系演化、地下水补给、径流、排泄及水化学分布、新岩溶发育规律的控制作用．合理解释了矿区水动力场、富水性分布、岩溶发育特征，指出了王庄-常村新构造断裂带和矿区内其他几条复活的新构造集水廊道和强径流带是矿区供水和保水采煤的重点工作区域．

Research on the Neotectonics and Water Controlling Effect in Lu'an Coal Mine

The existence of neotectonics and its water conducting behavior and water storage capacity of Lu'an coal mine were testified by hydrogeochemistry method.On the basis of this,a newly formed fractured zone in Wangzhuang-Changcun area was found.Based on the study on the neotectonics and paleogeographic characteristics,the control of neotectonics movement over the evolvement of surface water system,the supply and runoff of underground water,the drainage of groundwater and the hydrochemistry distribution and the development of new karstification are demonstrated.The hydrodynamic field,water abundance and the development of karstic features are rationally explained and pointed out that the neotectonic faults in Wangzhuang-Changcun area and several other strips of resurgent neotectonic catchment channels as well as the strong runoff zone are important regions for the water supply and so are the regions where water preserving mining method should be used.