1) pit type tubular turbine
竖井贯流式水轮机
2) pit type
竖井贯流式
1.
The XiaoLongMen PowerStation locates the JiaLingJiang River of NanChong City,Si- chuan Province,equipped with 4×13MW pit type tubular hydro-generator sets designed and man- ufactured by Dongfang Electrical Machinery CO.
小龙门电站位于四川省南充市嘉陵江河道上,电站装备4×13MW 的竖井贯流式水轮发电机组,该机组由东方电机股份有限公司设计制造,为目前国内转轮直径最大、出力最高的竖井贯流式水轮发电机组。
3) shaft tubular turbine
竖井贯流机
4) pit tubular pump
竖井式贯流泵
1.
Low head pump system has several types, among which pit tubular pump system is a new one.
低扬程泵装置有多种型式,竖井式贯流泵装置是一种较新的低扬程泵装置型式。
5) bulb turbine
贯流式水轮机
1.
The hydraulic actuator of governor for large type bulb turbine is described in this article by presenting many advanced technol-ogy,such as electro-hydraulic proportional technology,hydraulic integration technology,flux control technology and electrocombination control technology for blade.
介绍的大型贯流式水轮机调速器机械液压系统,应用电液比例技术、液压集成、流量控制、桨叶电气协联控制技术,在电气控制信号或系统电源消失的情况下,该机械液压系统会自动关机,避免事故扩大,从而保护水轮发电机组的安全。
2.
According to the universal basic equation of hydraulic turbomachinery and the guide vane arrangement geometry of bulb turbine, a system of analytical expres-sions of basic force characteristics is developed.
根据叶片式水力机械的广义基本方程式和贯流式水轮机导叶布置的几何特征，建立了一组基本力特性的解析表达式。
3.
Since the guide vanes and the runner vanes of a bulb turbine are both adjustable,it is important to know the optimum(on-cam) relation between the guide vane opening γG and the runner vane angle R under the given operating condition of a bulb turbine.
针对贯流式水轮机可调节活动导叶开度角与转轮叶片角的协联关系通常仅能通过模型试验确定,提出通过翼型形状解析预测协联工况,利用初期预测结果为三维数值预测提供直观的初始预测条件,数值预测能力与精度得到提高。
6) Bulb tubular turbine
贯流式水轮机
1.
The optimization design of stay ring structure of the bulb tubular turbine;
贯流式水轮机座环结构的优化设计
补充资料：贯流式水轮机
贯流式水轮机
tubular turbine;straflo turbine
水头3m;水头最高的是百龙滩水电站的灯泡贯流式机组，最大水头18m，额定水头9.7m，最小水头3m，水轮机额定功率33MW，转轮直径6.4m;转轮直径最大的是大源渡水电站的灯泡贯流式机组，转轮直径7.sm，水轮机额定功率30.%MW，最大水头n.24m，额定水头7.Zm，最小水头3m。gUon4IUshl shLJ一IL一{111贯流式水轮机(tubular turbine;straflo tur-bine)过流通道呈直线(或S形)布置的轴流式水轮机。其引水室及尾水管与水轮机一般为卧轴布置。使用水头范围一般为3~25m。
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