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随着降水
相关语句
  as precipitation
     When temperature rises 2 ℃ and precipitation increases 10%~30%,annual runoff will increase, but it will decrease again as precipitation increasing more.
     气温升高2.0℃降水增加10%~30%,年径流量增加明显,但随着降水增多又有所减少.
短句来源
  “随着降水”译为未确定词的双语例句
     runoff increased with the precipitation.
     径流随着降水的增加而增加。
短句来源
     the water rate θ changes along with rainfall and evaporation. Normally,The inital water-holdup profile is knowen. So,it is easy to obtain the water-holdup profile in a garbage body if the increment of the water-holdup profile is conformed.
     含水率θ随着降水和蒸发而变化,给定垃圾体剖面含水率分布状况,只要获得剖面含水率增量的变化规律,即可获得垃圾体剖面含水率分布状况。
短句来源
     However, the trend of temperature would be ascending, and the trend of precipitation would be descending.
     随着降水呈现递减趋势,径流量也呈递减趋势。 同时由于降水的变化,导致重庆岩溶区干旱、洪涝和正常年交替出现,且旱涝持续时间长。
短句来源
     the intensity of the frontogenesis varies with the development of the rainfall system and reacts the rainfall intensity.
     低空急流的产生不仅有利于水汽的输送,而且高低空急流的耦合造成了有利于强上升运动的配置; 锋生强度随着降水系统的发展变化,并影响降水强度。
短句来源
     (7) The changes of every intensity category daily precipitation are associated with the changes of surface pressure. The surface pressure decreases with the increase of precipitation intensity category, and especially in heavy precipitation intensity.
     (7)不同强度的日降水量变化与地面气压变化有关,随着降水强度等级的增加,所对应的地面气压值逐渐降低,其中强降水表现最显著。
短句来源
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  相似匹配句对
     B was prolonged, smce C.
     随着C.
短句来源
     runoff increased with the precipitation.
     径流随着降水的增加而增加。
短句来源
     With the Microsoft implementing .
     随着微软的 .
短句来源
     Acid Deposition
     酸性降水
短句来源
     JIANGXI RAINFALL
     江西降水
短句来源
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  as precipitation
It was concluded from the results that in the range 160-250 °C the carrier concentration changed with temperature according to a very slow, reversible process, which is tentatively interpreted as precipitation of impurities.
      
The high surface contamination as well as precipitation and flooding have been responsible for the water pollution in this area.
      
The cBN formation proceeds as precipitation from a?eutectic melt formed by the intermediate compound and BN.
      
In the January simulations, 18% of the moisture added to the modeled atmosphere by Lake Lahontan returned to the Lahontan basin as precipitation, while 32% of the water evaporated from Lake Bonneville fell as precipitation over the Bonneville basin.
      
In the July simulations, 7% of the moisture added to the modeled atmosphere by Lake Lahontan returned to the Lahontan basin as precipitation, and 4% of the water evaporated from Lake Bonneville fell as precipitation over the Bonneville basin.
      
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This paper mainly deals with the effect of atmospheric particulate on acid rain.It is a part of the research on acidic precipitation in Liuzhou city. Experimental results show that 42% of soluble calcium salt can neutralize H+ of acid rain. Owing to coarse particle are readily washed out, the pH of samples collected at beginning of rain is higher than that of the other samples. In general, soluble basic calcium salt can neutralize 23% of H+ of acid rain. Neutralization capacity of particulate in Beijing is three...

This paper mainly deals with the effect of atmospheric particulate on acid rain.It is a part of the research on acidic precipitation in Liuzhou city. Experimental results show that 42% of soluble calcium salt can neutralize H+ of acid rain. Owing to coarse particle are readily washed out, the pH of samples collected at beginning of rain is higher than that of the other samples. In general, soluble basic calcium salt can neutralize 23% of H+ of acid rain. Neutralization capacity of particulate in Beijing is three times larger than that in Liuzhou city.

本文主要研究颗粒物对酸雨的作用。通过颗粒物与pH4.0的硫酸反应,证明在柳州大气颗粒物可溶钙盐中存在42%碱性钙盐,它可以中和降水中的酸,在pH<5.0时,碱性钙盐中和降水中的酸的作用和OH~-作用一样。由于可溶的颗粒钙盐的清除系数大,降雨初期,清除碱性钙所中和的H~+占降水中H~+的比例最大,随着降水时间的延长,颗粒物的中和作用逐渐下降。总的看来,碱性钙盐可中和23%的H~+。和柳州相比,北京颗粒物的中和能力是柳州颗粒物的3倍。

The basic emphasis of this work is to research the behavior of Cu and Cd in red soil, yellow brown soil and black soil and their acute toxichy under simulated acid rain conditions. The experimental results were as follows: (1) The simulated acid rain had some influence upon lca-ching of Cu and Cd in soil. As the acidity of precipitation was increased, Cu- or Cd-leaching amounts were increasing. However, the increased level differed from variant soil and concentrations of the metals added to soil. Under the condition...

The basic emphasis of this work is to research the behavior of Cu and Cd in red soil, yellow brown soil and black soil and their acute toxichy under simulated acid rain conditions. The experimental results were as follows: (1) The simulated acid rain had some influence upon lca-ching of Cu and Cd in soil. As the acidity of precipitation was increased, Cu- or Cd-leaching amounts were increasing. However, the increased level differed from variant soil and concentrations of the metals added to soil. Under the condition of same acidity, Cu or Cd amounts leached from red soil were much larger than those from yellow brown soil or black soil. Leaching of Cd was more sensitive than that of Cu.(2) The effects of simulated acid rain on speciations of Cu or Cd in soils were relatively obvious. With ,pH values of the precipitation reducing, a partial Cu and Cd in yellow brown soil and black soil were transformed into exchangeable speciation, and those in red soil transformed into water-soluble form.(3) Acid rain evidently affected biotoxicity of Cu or Cd in soil. The effect of Cu- or Cd-biotoxicity was high in red soil and low in black soil.In short,the acid resistant capacity of soils in order is black soil > yellow brown soil > red soil.

本文论述模拟酸雨下红壤、黄棕壤和黑土中Cu、Cd行为及急性毒性效应.试验表明:(1)模拟酸雨对添加性土壤Cu、Cd的淋溶有一定的影响,随着降水酸度的增大,土壤中Cu、Cd的淋出量增加,但增加的程度与土壤类型、添加金属的浓度和种类有关,相同酸度下,红壤中Cu、Cd的淋出量远大于黄棕壤和黑土,淋出率随着沉降酸度而改变的程度也最显著,酸雨对黑土中Cu、Cd淋溶影响最小.Cd对酸雨淋溶的敏感性大于Cu.(2)模拟酸雨对土壤中Cu、Cd形态影响较为明显,随着酸雨pH的降低,黄棕壤和黑土中部分Cu、Cd形态明显地向着交换态转化,红壤中部分Cu、Cd形态明显地向着水溶态转化.(3)模拟酸雨对土壤中Cu、Cd的生物毒性影响很大,但这种影响同时又受土壤类型相当大的制约,红壤中毒性影响最大,黑土中毒性影响最小,表明三类土壤的抗酸能力顺序为黑土>黄棕壤>红壤.

The present situation of ground surface water of main river systems,in North China,such as Luanhe river,Haihe river,and middle and lower reaches of Yellow River,is simply described. The inter decade statistical analysis of yearly averaged runoff in some important runoff control stations is made. The important result is,as rainfall rises and falls as decade passes,runoff undulates just as rainfall. The difference is that the runoff has an obvious decreasing tendency decade by decade since 1970's.

简述了华北地区主要河流水系( 滦河、海河、黄河中下游) 地表水的现状,对重要径流控制站的年均径流量作了年代际的统计分析,结果表明:降水随年代际有升有降,径流也随着降水的起伏而变化,但是径流与降水的区别在于70 年代之后径流随年代际的递减趋势十分明显。

 
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