1) Tengzigou Hydropower Station
藤子沟水电站
1.
Construction & Quality Control of Concrete Arch Dam of Tengzigou Hydropower Station;
藤子沟水电站混凝土拱坝施工与质量控制
2) Shuanggou water power station
双沟水电站
1.
Discharge ice in construction period and discharge ice measures in Shuanggou water power station;
双沟水电站施工期过冰及渡凌措施
3) Shagou Hydropower Station
沙沟水电站
1.
As the topographic condition is limited,the conventional energy dissipating mode can not meet the relevant requirements of Shagou Hydropower Station,a tank-type energy dissipator is suggested to be used there;for which,there is no existed experiences for the desi.
沙沟水电站受地形条件限制,采用常规的消能方式满足不了要求,故采用箱式半压力消能工。
4) Shenxigou hydropower station
深溪沟水电站
1.
Foundation Treatment Construction of the Inlet Cofferdam of Diversion Tunnel of Shenxigou Hydropower Station;
深溪沟水电站导流洞进口围堰基础处理施工
2.
Study on the Seepage Treatment During the Construction of Diversion Tunnel of Shenxigou Hydropower Station;
深溪沟水电站导流洞施工期渗水处理方案研究
3.
Shenxigou hydropower station is being built on the middle reach of the Dadu River , with installed capacity of 660MW and annual power generation of 3203 GWh and will be cascade power station downstream of Pubugou hydropower station.
深溪沟水电站装机容量660MW,年发电量32。
5) Pubugou hydropower station
瀑布沟水电站
1.
Dam Construction Simulation System of Pubugou Hydropower Station based on Data driving;
基于数据驱动的瀑布沟水电站大坝施工仿真系统
2.
Acceptance test of turbine model for Pubugou Hydropower Station;
瀑布沟水电站水轮机模型验收试验
3.
Study on hydraulic model test of river closure in Pubugou hydropower station;
瀑布沟水电站截流水力学模型试验研究
6) Pubugou Hydroelectric Power Station
瀑布沟水电站
1.
Analysis of Pubugou Hydroelectric Power Station Underground Power House Rock Mass Seepage Field Impacts on Surrounding Rock Stability;
瀑布沟水电站地下厂房岩体渗流场对围岩稳定的影响分析
2.
In regard to the continuity,abundance and safety,the relia-bility analyses on various schernes of electric one-line diagrain was made on the basis of reliability calculationof electric one-line diagram for Pubugou hydroelectric power station.
并结合瀑布沟水电站电气主接线可靠性计算，从供电连续住、充裕性、安全性等方面对各接线方案进行了可靠性分析，对ＳＦ６管道母线、５００ｋＶ电缆等设备故障参数的不确定性，作了参数敏感性分析。
补充资料：樯藤子皂苷
分子式：
CAS号：
性质：又称过岗龙皂苷。无色针状结晶。熔点223～225℃。旋光度-25.8º(甲醇)，可溶于水及小分子醇类，难溶于丙酮及乙酸乙酯，水解后生成过岗龙酸及阿拉伯糖和木质糖，据红外光谱推测糖是与过岗龙酸分子中的羧基相结合。来源于豆科植物磕藤子[Entada phaseoloides(L.)Merr.]的种仁。动物实验显示具有抗肿瘤活性。
CAS号：
性质：又称过岗龙皂苷。无色针状结晶。熔点223～225℃。旋光度-25.8º(甲醇)，可溶于水及小分子醇类，难溶于丙酮及乙酸乙酯，水解后生成过岗龙酸及阿拉伯糖和木质糖，据红外光谱推测糖是与过岗龙酸分子中的羧基相结合。来源于豆科植物磕藤子[Entada phaseoloides(L.)Merr.]的种仁。动物实验显示具有抗肿瘤活性。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条