1.
Research in Medium and Long-Term Forecasting Schemes of Monthly Runoff Volume in Hongjiadu Hydropower Station;
洪家渡水电站月径流量预报方案的研究
2.
The peak value occured in Apr. to Aug. which was 62.4%-96.5% of the annual amount.
其中4—8月为径流高峰期,径流量占全年62.4—96.5％。
3.
Impact of rain-gauge network intensity on monthly hydrologic simulation in different climatic zones
雨量站网密度对不同气候区月径流模拟的影响
4.
The results showed the forest fire in Daxinganling in1987 resulted in the increase of annual runoff obviously in the initial stage, the runoff of melting snow in May tended to reduce.
结果表明：大兴安岭特大森林火灾后，河川年径流量明显增加，5月份融雪径流量有减少趋势。
5.
rainfall excess
(形成径流的) 有效雨量
6.
Artificial Neural Network model for monthly streamflow in an arid-inland basin of China
干旱内陆河流域月径流的神经网络模拟
7.
Large Bore Pipe Gas Flow Measurement Using Cone Flowmeter
大口径管道气体流量测量采用锥形流量计
8.
Impacts of climate change on runoff in Shiyang river basin
气候变化对石羊河流域径流量的影响
9.
Runoff Simulation on Watershed of Dage River by HSPF Model
基于HSPF模型的大阁河流域径流量模拟
10.
Evolution Characteristics of Runoff in Yellow River Basin During 500 Years
黄河流域近500多年来径流量演变特征
11.
Discussion on Multiple Time Scales of Runoff Variation in the Nenjiang River Basin
嫩江流域径流量多时间尺度特征分析
12.
The Simulation and Predication of Monthly Runoff in Yingluoxia Based on Artificial Neural Network
基于人工神经网络的莺落峡月径流模拟预测
13.
Chaos analysis of monthly runoff time series at Yichang Hydrologic Station of the Yangtze River
宜昌站月径流时间序列的混沌特性分析
14.
Analysis on complexity of monthly runoff series based on sample entropy in the Dongjiang river
基于样本熵的东江月径流序列复杂性分析
15.
The total flow of these rivers is 2,711.5 billion cubic meters, almost the same as the total flow of the rivers in Europe.
全国径流总量达27115亿立方米，几乎与欧洲的径流量相等。
16.
Correlation and Path Analysis of the Yield Traits of Fresh Floral Bud in Rosa rugosa
切花月季主要产量性状的遗传相关与通径分析
17.
MMAD (Mass Median Aerodynamic Diameter)
质量中质空气流动力学直径
18.
magnetic transmission variable aperture flow meter
磁力传动可变孔径式流量计