| 1. | The numerical simulation for the earth slide in baoquan processing
宝泉滑坡工程处理的数值模拟 |
| 2. | Chen baoquan and his educational thought
陈宝泉及其教育思想 |
| 3. | Zhang baoquan , zhao lihua environmental protection survey station , benxi , 117021
本溪市环境保护监测站，本溪， 117021 |
| 4. | Analysis on earthquake dynamic response of gravity dam of the lower reservoir of baoquan pumped storage plant
宝泉电站下水库重力坝地震动力响应分析 |
| 5. | Stability analysis and hazard evaluation of the guishan landslide of baoquan power station by pumping water in henan province
河南省宝泉抽水蓄能电站龟山滑坡体稳定性分析及危险性评估 |
| 6. | Ge baoquan was not only a well - known translator in foreign literature in our country , but also a scholar in comparative literature with remarkable achievements
摘要戈宝权是我国著名的外国文学翻译家，也是卓有成就的比较文学学者。 |
| 7. | It currently has an annual production capacity of 700 , 000 tons and its major products of “ baoquan ” , “ jinquan ” and other brands of grey acrylic and polyester yarns and “ xirou ” blanket were honored as fujian provincial brand name products
其主导产品“宝圈” 、 “金圈”等品牌的系列腈纶、绦纶本色纱以及“喜柔”牌毛毯分别被评为福建省名牌产品及名优产品。 |
| 8. | During the deep - hole blasting for the excavation of guishan quarry for construction of baoquan pumped storage hydropower station , the blasting powder factor and the charging concentration of the blasting powder in the rock are reasonably controlled , and then the rate of blasting chunk is greatly decreased with the reduction of the working amount of the boulder blasting afterwards in conjunction with the suitable excavator and crusher etc
摘要在宝泉抽水蓄能电站工程龟山料场开挖的深孔爆破中，合理控制了爆破单位耗药量和炸药在岩石中的集中度，最大限度地降低了大块率，并结合使用适宜的开挖及破碎机械等措施，从而减少了二次爆破工作量。 |
| 9. | Guishan sliding mass is located just above the intake ( outlet ) of the lower reservoir of the proposed baoquan pumped storage reservoir , being 550 - 800m long from east to west , 260 - 350m wide from south to north , 110m thick in average and up to 210m thick , with a total volume of 21 million cubic meter
龟山滑坡体位于宝泉抽水蓄能电站引水发电系统下库进出水口的上方，滑坡体长550 800m ，宽260 350m ，最大厚度210m ，平均110m ，总方量2100 10 ~ 4m ~ 3 ，形成于距今14 21万年，其稳定性如何直接影响下库及整个电站的安全。 |
