| 1. | Identification method of coal mining damage technology
煤矿开采损害技术鉴定方法 |
| 2. | Discussion of identifying method about mining damage
采动损害鉴定方法探讨 |
| 3. | The reasons of surface mining damage were analyzed
摘要分析采矿活动对地表损坏的原因。 |
| 4. | Evaluation and control of the mining damage under highway
采动公路损坏状况评价及治理措施 |
| 5. | Visual study on prediction evaluation system of mining damage
开采损害预计评价系统的可视化研究 |
| 6. | Mining damage caused by de - watering of aquifer and karst collapse
含水层失水与岩溶塌陷引起的采动损害分析 |
| 7. | Monitoring and control of mining damage under the specific railway line in a mining district
矿区铁路专用线下开采损害监测及治理 |
| 8. | This results are very useful for the predicting mining damage and dividing the damage duty in the southern china where there are plentiful under water and karst growth
研究结论为南方岩溶发育地区开采损害预计和责任认定提供了依据。 |
| 9. | In order to accurately calculate the mining induced subsidence in thick alluvium areas so as to decrease the mining damage and environment disruption , the calculation of surface subsidence caused by water loss of clay was discussed based on probability integral method and used in a real case
摘要为了更加精确地计算厚冲积层矿区的煤矿开采沉陷问题，减小采动损害与环境破坏，基于煤矿开采沉陷计算的概率积分法，探讨了由于黏土体失水引起的地表沉陷计算问题，推导了黏土体失水引起的地表下沉计算公式，并应用于煤矿实际地表沉陷，加以分析论证。 |
