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leading wind 順風。

leading-edge

During the adjustment . it decided the amount and the rate of humidification . the system can test the states of water level by water lever sensor , thereby the main control module can control the entrance and drain of water and give warnings ; as its good man - machine interaction , the system can expediently set the humidity and the amount of humidification and control water - in valve and leading winds through control panel . the system can communicate with computer thereby the net supervise is enabled 本系統主要能夠完成以下功能:采集空氣中的濕度狀態,并送入主控模塊,主控模塊根據現有的濕度判斷是保持原來狀態還是進行加濕以及加濕量的大小和加濕速度等;能夠通過水位傳感器測試水位的狀態,從而通過主控模塊控制進水、排水、預報警、報警等;具有良好的人機交互性,能夠通過控制面板比較方便地進行濕度設定、加濕量設定、進水閥的控制、導風的控制等;能夠和上位機進行通信,從而實現網絡監控。

Zhoushan has a northern subtropical monsoon marine climate with clear four seasons ; leading wind directions are southeast wind in summer , northwest wind in winter . with an annual average wind speed of 3 . 3m s ; and an average temperature of 15 . 6 - 16 . 6 , and the frost free period reaches 251 - 303 days perannum , annual average sunshine time 1941 - 2257 hours , and the annual preeipitation is 927 - 1620 mm 舟山屬北亞熱帶南緣季風海洋型氣候,四季分明主導風向,夏季為東南風,冬季為西北風,年平均風速3 . 3米秒年平均氣溫15 . 6 . - 16 . 6 ,冬季最低溫為- 1 ,夏季最高溫度為37無霜期251 - 303天,年日照時數1941 - 2257小時年降雨

Also find that there mainly occur the eastern el nino before 1980s , instead , mainly occurring the middle el nino before 1980s , and there are obvious differences for the leading wind field pattern associated with the two kinds of el nino events 對elnino類型的研究中發現, 80年代以前以東部型為主, 80年代以后以中部型為主,并且兩類elnino前期的低層風場的特征也有很大的不同。

According to the property of the light weight steel structures in typhoon , the aerodynamic idea is put forward under the strong wind , in which the nests to lead wind are introduced in the maintenance structures 根據輕鋼結構在臺風中的特性,提出強風下在破壞圍護結構的非重要部位形成導風巢的抗風思想。

The results show that the leading wind stress anomalies field is correlated well with nino3 ssta and the correlation has appeared when the wind stress is prior to nino3 ssta by 8 months 研究結果表明,前期風應力距平場與nino3區ssta有很好的相關關系,這種相關性超前8個月時就有所顯現。

We can use new functions to adjust the casements angle and lead wind to enter ; adjust indoor entered wind quantity and direction 二利用新功能隨意調整窗扇開啟的角度導風入室內通風換氣。調節室內的進風量和方向的目的。