- 更多网络例句与蓄水量相关的网络例句 [注：此内容来源于网络，仅供参考]
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A detailed mathematical model for water head was constructed, which can describe relations among water volume, water discharge, water spillage, forebay elevation and tailrace elevation.
构建了描述蓄水量、发电引用流量、弃水流量、水库前池水位和放水路水位之间关系的水电站水头特性详细数学模型。
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The detailed representation of cascade hydro plants, which includes water volume, water inflow, water discharge, forebay elevation, tailrace elevation and effective water head, is studied in the proposed strategy. The uncertainties, such as water inflows, electricity prices and unit status are taken into account as well.
模型全面分析了蓄水量、弃水量、前池水位、放水路水位、发电水头之间的关系，并考虑了电价、入库径流量、机组运行状况等不确定因素对梯级水电站短期优化调度问题的影响。
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It includes three parts: a analyzing the meteorological factors related to the locust plague in the Baiyangdian Lake in June 2001; b establishing the model among water level, water surface and capacity; c researching the relationship between the distribution of Locusta migratoria manilensis Meyen and the physical and chemical characters of the soil.
主要在前人研究成果基础上，分析了与2001年6月白洋淀东亚飞蝗暴发密切相关的气象因素；建立了白洋淀水位、水面与蓄水量之间的模型；探讨了东亚飞蝗的分布与土壤理化特性之间的关系。
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Running of multipurpose water resource system is mainly based on varied factors such as water storage and runoff, etc.
多目标水资源系统的运行主要依据蓄水量和径流资源的变化等因素。
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The results showed :the soil of tailing abandoned land was mainly consisted of the sandy powder , it happened to plash in the raining day for the poor ventilation and infiltrative coefficient .
结果表明：尾矿废弃地土壤以砂粉土为主，通气透水性能差，渗透系数小，易造成地面积水；矿渣废弃地渗透系数大，蓄水量少而蒸发失水强，抗旱力弱。
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Set up in 1988 of aquarium, the pondage resided the first in world, people were considerable over there appreciate to 350 various form colors each different ocean fishs with grasp to the bottom of sea world of charming prospects.
塔高304.8米，为南半球最高的建筑物。1988年建成的水族馆，蓄水量居世界第一，人们在那里可观赏到350多种形色各异的海洋鱼类和领略到海底世界的迷人景象。
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Alpine meadow and wetland,closely correlated with the amount of water stock in the riverhead of China,is the most important ecosystem of the Qinghai-Tibetan Plateau.This ecosystem is the primary support for the industrial and agricultural and the living using water in the middle east of China,which makes the conservation of alpine meadow and wetland in the Qinghai-Tibetan Plateau have importantly practical significance.
高寒草甸及湿地是青藏高原上最为重要的生态系统，它的状况直接关系到我国江河源头的蓄水量，也关系到我国中部和东部广大地区的工农业及人民生活用水，因此对青藏高原高寒草甸与湿地的保护具有重要的现实意义。
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Alpine meadow and wetland, closely correlated with the amount of water stock in the riverhead of China, is the most important ecosystem of the Qinghai-Tibetan Plateau. This ecosystem is the primary sup port for the industrial and agricultural and the living using water in the middle east of China, which makes the conservation of alpine meadow and wetland in the Qinghai-Tibetan Plateau have importantly practical significance.
高寒草甸及湿地是青藏高原上最为重要的生态系统，它的状况直接关系到我国江河源头的蓄水量，也关系到我国中部和东部广大地区的工农业及人民生活用水，因此对青藏高原高寒草甸与湿地的保护具有重要的现实意义。
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However, seme environmental problems such as eutrophication,bacterial contamination and erosion of lake-shore have been brought about due to the improper management of the lake and no attention having been paid to its environmental protecticr.
淀山湖南北长15公里，东西宽7.5公里，呈葫芦状，周长53.8公里，面积62平方公里，水深2米左右，总蓄水量1.3亿立米，平均流速0.03米/秒，是黄浦江上游的主要水源地之一图1
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The content of capillary water and the former content of soil water are highest along the whole soil profile on garden plot.
毛管蓄水量和前期含水量具有极显著的正相关，整个剖面毛管蓄水量和前期含水量都以园地最高。
- 更多网络解释与蓄水量相关的网络解释 [注：此内容来源于网络，仅供参考]
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analytical method：分析法
e.分析法(Analytical method)与上述方法略同. 必须知道用水量与抽水量之变化资料,而配水池之容量乃是离峰时间之最大剩余水量加上尖峰时间之最小不足水量之和. 此法不需绘图,只需列表计算蓄水量之变化即可求得配水池之容量.
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pondage：蓄水量
pond 池塘;圈闭 | pondage 蓄水量 | ponded basin 阻塞盆地
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pondage：蓄水,蓄水量;调节容量
wintering pond 不冻水池 | pondage 蓄水,蓄水量;调节容量 | adequate pondage 足够的[池]容量
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pondage：贮水量 调节容量 调蓄量
pondweed眼子菜 | pondage贮水量 调节容量 调蓄量 | pondageofreservoir水库蓄水量
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adequate pondage：足够的[池]容量
pondage 蓄水,蓄水量;调节容量 | adequate pondage 足够的[池]容量 | daily pondage 日调节容量;日蓄水量
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daily pondage：日调节容量;日蓄水量
adequate pondage 足够的[池]容量 | daily pondage 日调节容量;日蓄水量 | deficient pondage 不完全调节量
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deficient pondage：不完全调节量
daily pondage 日调节容量;日蓄水量 | deficient pondage 不完全调节量 | regulating pondage 调节库容
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WYN：年最小蓄水量
39 月最小蓄水量 WMN | 40 年最小蓄水量 WYN | 41 入库流量 QI
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impoundage：蓄水量
impound 蓄水 集水 扣押 | impoundage 蓄水量 | impoundedarea 蓄水面积
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W YN：年最小蓄水量
232 W YM 年最大蓄水量 | 233 W YN 年最小蓄水量 | 234 Y C 特殊水情类型