1) sharing ratio of internal pressure in bedrock
围岩内压分担率
1.
According to the need of revising the current power industry standard in China:“Design Code for Steel Penstocks of Hydropower Stations”,and the theory of structural reliability,research is made on the statistical characteristics of sharing ratio of internal pressure in bedrock for embedded penstocks of hydropower stations.
根据对我国现行电力行业标准《水电站压力钢管设计规范》按结构可靠度理论进行修编的需要,对水电站地下埋管围岩内压分担率的统计特征进行了研究。
2) Design of surrounding rock to share internal water pressure
围岩分担内水压力设计
1.
Design of surrounding rock to share internal water pressure in crescent ribbed Y-pipes of Xilongchi pumped-storage power station;
西龙池抽水蓄能电站内加强月牙肋岔管围岩分担内水压力设计
3) surrounding rock to share internal water pressure
围岩分担内水压力
1.
Experimental study on site structural model for design of surrounding rock to share internal water pressure for high pressure Y-pipe of Xilongchi pumped-storage power station;
西龙池抽水蓄能电站高压岔管考虑围岩分担内水压力设计现场结构模型试验研究
4) internal surrounding rock
内层围岩
5) Rock-mass stress
围岩内力
6) internal force sharing
内力分担
补充资料：源分担率(source ap-portionment)
分子式：
CAS号：
性质：又称源分担率(source ap-portionment)。指污染源排放出的大气颗粒物(包括其中所含化学组分)占某特定采样点(即受体处)采集大气颗粒物(包括所含化学组分)的百分率。它可用源-受体模型用多元统计分析方法求解而获得。
CAS号：
性质：又称源分担率(source ap-portionment)。指污染源排放出的大气颗粒物(包括其中所含化学组分)占某特定采样点(即受体处)采集大气颗粒物(包括所含化学组分)的百分率。它可用源-受体模型用多元统计分析方法求解而获得。
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