1) annual output
年输出量
2) annual energy out-put
年能量输出
3) annual yield
年输出
1.
Simulated results reveal that the annual yield of unit peak watt solar PV panel in Beijing district is 0.
以北京地区作为算例,采用近二十年实测气象数据的统计值代入计算,结果表明随着安装倾角β的变化,北京地区单位峰瓦晶硅电池组件的年输出电量为0。
4) output
[英]['aʊtpʊt] [美]['aut'put]
输出输出量
5) annual sediment yield
年输沙量
1.
Topological forecast of annual sediment yield of debris flow along the Jiangjia Ravine;
蒋家沟泥石流年输沙量的拓扑预测
2.
Based on the sequential data of the an- nual sediment yield of debris flow along Jiangjia ravine,it can be found that the annual sediment yield has been changing year by year with large scope and high frequency.
根据云南东川蒋家沟泥石流年输沙量的时序资料,分析了蒋家沟泥石流输沙的年际变化特征,发现历年输沙量变动幅度大,波动明显且年际变化频繁,用灰色系统理论的灾变预测方法,建立泥石流年输沙量的等维新息灾变预测模型,能够对未来可能出现的灾变年份进行较好的预测。
3.
Based on a series of data of the suspended load discharge measured at He-jin station in Fen River (1934-1987), Shi Xia-li station in Yong-din Rivet (1950-1988)and Luan-xian station in Luan River (1930-1988), this paper analyses theproducing-sediment characteristic and the Changing tendency of the annual sediment yield inthe rivers in both Jin and Ji provinces.
本文根据汾河河津站（１９３４～１９８７年）、永定河石匣里站（１９５０～１９８８年）和滦河滦县站（１９３０～１９８８年）的悬移质输沙率资料系列，分析晋冀两省河流产沙特性和年输沙量变化趋势，并就气候和人类活动两大因子对年输沙量的影响进行了研究。
6) annual sediment runoff
年输沙量
1.
Based on the practical data of nearly forty years,a double accumulated curve of annual flow and annual sediment runoff was drawn,and the laws of silt change in the reaches of the Zulihe River were analysed.
基于祖厉河流域近 40年的实测资料点绘出年径流量、年输沙量双累积曲线 ,分析了该流域的泥沙变化规律 ;得出祖厉河年输沙量的大小是由流域的有效降水及祖厉河流域生态环境所决定 ;根据祖厉河的地理位置和其降水特点 ,提出从治理下垫面着手 ,加强林草建设、建立新型农业结构、改善生态环境、减少水土流失等措
2.
The annual sediment runoff and the annual erosion modulus of most rivers in Gansu were enumerated by statistics and analyzed.
对甘肃省主要河流的年输沙量、年侵蚀模数进行了统计分析 ,阐明河流泥沙的地区分布和时程分布 ,提出从治理下垫面着手 ,减少水土流失。
补充资料：计算机输入/输出控制系统(见计算机输入/输出系统)
计算机输入/输出控制系统(见计算机输入/输出系统)
computer input/output control system
iisuanii shuru/shuehu kongzhi xitong计算机输入/输出控制系统(com-puter inPut/ou中ut eontrol system)见计算机输入/输出系统。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条