论文部分内容阅读
长江及各支流,均将修建若干规模巨大的水利枢纽。在当前的规划设计中,必须首先进行水库调度出力计算,以便查明修建这些众多的梯级水库群所获得的效益,进行有利方案的选择。已知出力的水库操作计算是较为繁难复杂的。特别是当枢纽多、方案多时,其工作量就更为庞大。例如最近进行的一次三峡水利枢纽死水位论证,就需要对三峡及上游各支流共28个方案约560站年进行水库操作计算,需要投入众多的人力。因此,提高工作效率便是一个很主要的关键。而寻找和提出快速操作的工具及图解方法,也就成为我们技术革
The Yangtze River and various tributaries, will build a number of large-scale water conservancy hub. In the current planning and design, we must first calculate the output of reservoirs in order to find out the benefits of constructing these large cascade reservoirs and make favorable choices. The calculation of known reservoir operations is more complicated and complicated. Especially when there are many hubs and many programs, the workload will be even greater. For example, a recent demonstration of the stagnant water level of the Three Gorges Project requires calculation of reservoir operation for about 560 stations in 28 schemes of all tributaries of the Three Gorges and the upper reaches and requires a large amount of manpower. Therefore, improving work efficiency is a very important key. And to find and propose quick operation tools and graphical solutions, it has become our technology leather