| 1. | Foundation consolidation grouting treatment of xin ' anjiang dam
新安江大坝坝基固结灌浆补强处理 |
| 2. | Comparison of xin ' anjiang model with vertically - mixed runoff model
新安江模型与垂向混合产流模型的比较 |
| 3. | Experiment study on clay shale reinforcement at bl2 and bl3 in xin ' anjiang dam
3号坝段厚层页岩化灌加固试验研究 |
| 4. | Application of particle swarm optimization to parameter calibration of xin ' anjiang model
粒子群算法在新安江模型参数优选中的应用 |
| 5. | The method is tested using xin ' anjiang model to calculate the discharge hydrograph
并对抗差后的雨量资料采用新安江模型进行产汇流计算。 |
| 6. | Contact grouting at steel lining of diversion steel pipe in xin ' anjiang hydropower station
新安江水电站1号机引水钢管钢衬接触灌浆工艺及效果分析 |
| 7. | Combined with xin ' anjiang dam and longyangxia dam , the optimum module ratios are determined as 1 . 0 and 0 . 8
以往坝工界对坝体研究较多，而对坝基研究相对较少。 |
| 8. | The two methods are validated by running the xin ' anjiang model at a daily time step from the monthly data , and the model outputs are more accurate than the monthly hydrological model
然后以时间步长为日，运行新安江模型，用模拟的月径流过程验证了解集方法的合理性。 |
| 9. | The resulting increase in volume of water in tai hu and xin anjiang reservoir in blue colour was clearly evident by comparing the two high - resolution satellite images , one taken before mindulle and one after
在比较两幅拍摄于蒲公英掠过前后的高解像度卫星图像，清楚显示太湖及新安江水库的水容积蓝色地区的增加。 |
| 10. | The resulting increase in volume of water in tai hu and xin anjiang reservoir ( in blue colour ) was clearly evident by comparing the two high - resolution satellite images , one taken before mindulle and one after
在比较两幅拍摄于蒲公英掠过前后的高解像度卫星图像，清楚显示太湖及新安江水库的水容积(蓝色地区)的增加。 |
