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<正> 随着理论分析、试验、新材料、新工艺研究的进展,近十多年来,国外涌现出一批高水头大容量混流式水轮发电机组。目前,200米水头范围容量最大的混流式水轮发电机组是苏联萨扬舒申斯克水电站铭牌出力为64万千瓦的机组;水头在300米以上,容量最大的混流式机组为加拿大丘吉尔瀑布水电站47.5万千瓦的
Abstract：[1] R.H. Thicke, Practical solutions for draft tube instability. Water power & dam construction, February 1981．
[2] W. Pawlikewich. The trend to zero cavitation in hydraulic turbine operation. Water power & dam construction, January 1978．
[3] #12
[4] #12
[5] #12
[6] A. Giacometti, Turbines and generators of the Churchill Fall hydroelectric development. Proceedings of the American power conference, Vol. 34, 1972, 809～816．
[7] J. Y. Sothard, Symposium on the Micaproject. Paper No. 12． Proceedings of the American Power Conference, Vol. 40, 1978 1098～1105．
[8] #12
[9] Fuji electric, Francis turbine. Fuji electric Co., 1979．
[10] Warren G. Whippen, Hydraulic performance evaluation and potential payback Allis-chalmers Co., 1978．
[11] #12
[12] #12
基本信息:
引用信息:
[1]赵士云.国外高水头混流式水轮机的一些技术问题[J].水利水电技术,1983(03):57-64+56.
1983-04-01
1983-04-01