英语翻译1研究成果表明,长江中下游各河段泄流能力在三峡工程运用后不同时期发生不同程度的变化.2三峡水库蓄水运用后一段时期内,上游河段泄流能力的增加大于下游河段,会增加下游河段

英语翻译1研究成果表明,长江中下游各河段泄流能力在三峡工程运用后不同时期发生不同程度的变化.2三峡水库蓄水运用后一段时期内,上游河段泄流能力的增加大于下游河段,会增加下游河段
英语翻译
1研究成果表明,长江中下游各河段泄流能力在三峡工程运用后不同时期发生不同程度的变化.
2三峡水库蓄水运用后一段时期内,上游河段泄流能力的增加大于下游河段,会增加下游河段的防洪压力,遇1954年洪水长江中下游超额洪量仍然巨大.
3通过大湖演进数学模型进一步研究了河道冲刷导致的上下游河道冲刷不平衡可能引起的超额洪量的转移及其超额洪量的时空分布,加之河道冲刷对堤防安全及河势稳定产生影响.
4从适当调整主要站防洪调度运行水位、三峡水库与上游控制性水库联合调度和河道治理等方面,探讨了三峡工程运用后对长江中下游防洪影响的响应措施.

英语翻译1研究成果表明,长江中下游各河段泄流能力在三峡工程运用后不同时期发生不同程度的变化.2三峡水库蓄水运用后一段时期内,上游河段泄流能力的增加大于下游河段,会增加下游河段
Research results indicate that the middle and lower reaches of the Yangtze River discharge capacity after the operation of the Three Georges Project occurred in varying degrees at different times,after the time of the operation of the Three Georges,the discharge capacity increase of the upper reaches more than the lower reaches,it can increase the flood control press of the lower reaches,the mid-low reach of the Yangtze River’s excess flood is still huge in 1954 flood.Get across the great lake wave advance numeric model deeply research the transfer and space-time distributing of the excess flood be likely to the reach erode bring on the imbalance of the upper and lower reach erode,and it influence the dike safe and the stabilization of river circumstances.On the way of propriety adjust mostly stations’ flood control and attemper,run water level,the Three Georges and the upper reach reservoir combine control and reach father,discuss the response measure of the flood control influence in mid-low reach of the Yangtze River after the operation of the Three Georges Project.

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1 The reserach result in mid-down stream of Yangtze River's
discharge capacity occurred in varying degrees at different times after the Three Gorges Dam 's change.
2 After...

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人工翻的，希望对你有帮助
1 The reserach result in mid-down stream of Yangtze River's
discharge capacity occurred in varying degrees at different times after the Three Gorges Dam 's change.
2 After the use of Three Gorges Reservoir, the upstream river discharge capacity is greater than the increase in the downstream river will increase the downstream flood control pressure of the event over the Yangtze River flood in 1954 was still a huge generosity.
3 Through the use of mathematical model of the Great Lakes the further study of the evolution of the river upstream and downstream channel erosion caused by erosion may be caused by imbalances in the transfer of excess generosity and magnanimity of the temporal and spatial distribution of excess, coupled with river erosion on the safety and stability of river dikes 's impact
4This article explored the uses of the Three Gorges Project on the Yangtze River flood control effects of response measures from the adjustment of the main points from the appropriate water level of flood control operation is running, the Three Gorges reservoir and the upper reservoir controlled joint scheduling and river training.

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Research results indicate that the middle and lower reaches of the Yangtze River discharge capacity in the Three Gorges Dam occurred in varying degrees at different times after the change.
The use...

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Research results indicate that the middle and lower reaches of the Yangtze River discharge capacity in the Three Gorges Dam occurred in varying degrees at different times after the change.
The use of the Three Gorges Reservoir after impoundment period, the upstream river discharge capacity is greater than the increase in the downstream river will increase the downstream flood control pressure of the event over the Yangtze River flood in 1954 was still a huge generosity.
Mathematical model of the Great Lakes through the further study of the evolution of the river upstream and downstream channel erosion caused by erosion may be caused by imbalances in the transfer of excess generosity and magnanimity of the temporal and spatial distribution of excess, coupled with river erosion on the safety and stability of river dikes have an impact.
Adjustment of the main points from the appropriate water level of flood control operation is running, the Three Gorges reservoir and the upper reservoir controlled joint scheduling and river training, and explore the uses of the Three Gorges Project on the Yangtze River flood control effects of response measures.
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