| 1. | Application of multi - objective fuzzy optimization to aggregates source reclaiming schemes
料场开采方案的多目标模糊优选 |
| 2. | Extraction scheme of protective seams and its implementation effect in xinzhuangzi mine
新庄孜矿保护层开采方案及实施效果 |
| 3. | Design of production programme under increasing pressure in penglaizheng group of luodai gas field
洛带气田蓬莱镇组气藏增压开采方案设计 |
| 4. | On the open pit - underground combined mining scheme for the east wing orebody at xingqiao pyrite mine
新桥矿东翼矿体露天地下联合开采方案探讨 |
| 5. | Research on scheme of coal mining in no . 10 level at east part of linxi mine under building groups in pingcheng county
林西矿东部十水平城镇建筑群下开采方案研究 |
| 6. | Study on the combined mining scheme for the period of transition from opencasting to underground mining at jianlong iron mine
建龙铁矿露天转地下过渡期联合开采方案研究 |
| 7. | Confirm a good material mining plan once , often need to carry on a large amount of planning design work
要确定一个好的料场开采方案，往往需要进行大量的规划设计工作。 |
| 8. | Third , five schemes based on the combination different precipitation and pumping quantity is applied to the model prediction to predict the water laver in springs zone and high - point groundwater quantity exploited in 2010
本通过对多种岩溶地下水开采方案预报对比，协调处理互为矛盾的“保泉”和“供水”目的，最终预报济南市泉群地下水位标高，确定岩溶地下水的开采方案。 |
| 9. | At last , taking kash as an example , it evaluates this area ' s groundwater resources , and give out three predicting projects by making use of visual fem mesh generation software and the numerical solution of galerkin fem equations for multiaquifers
最后以喀什噶尔地下水资源评价工作为例，利用可视化有限元自动剖分软件，以及伽辽金有限元数值解法进行了该地区的地下水资源评价，进行了多种开采方案的预测和对比工作。 |
