查询词典 runoff

The runoff of fertiliser and manure from farms and feed lots; sudsy streams ; sediment washed from the land as a result of storms, farming, construction and mining

从农场和饲养场流失的化肥和粪肥；充满泡沫的溪流；由于暴雨、耕作、建筑和采矿而被冲刷的土壤沉积物

It is contamination of water with city sewage and factory wastes; the runoff of fertiliser and manure from farms and feed lots; sudsy streams; sediment washed from the land as a result of storms, farming, construction and mining; radioactive discharge from nuclear power plants; heated water from power and industrial plants; plastic globules floating in the world's oceans; and female sex hormones entering water supplies through the urine of women taking birth control pills.

它是水体被下列污染物所污染：城市污水和工业废水；从农场和饲养场流失的化肥和粪肥；充满泡沫的溪流；由于暴雨、耕作、建筑和采矿而被冲刷的土壤沉积物；来自核电站的放射性排泄物；电厂和工厂的热水；漂流在全球海洋中的塑料小球；从服用避孕药的妇女的尿液进入供水系统的女性荷尔蒙。

It is contamination of water with city sewage and factory wastes; the runoff of fertiliser and manure from farms and feed lots; sudsy streams; sediment washed from the land as a result of storms, farming, construction and mining; radioactive discharge from nuclear power plants; heated water from power and industrial plants; plastic globules floating in the world's oceans; and f

它是水体被下列污染物所污染：城市污水和工业废水；从农场和饲养场流失的化肥和粪肥；充满泡沫的溪流；由于暴雨、耕作、建筑和采矿而被冲刷的土壤沉积物；来自核电站的放射性排泄物；电厂和工厂的热水；漂流在全球海洋中的塑料小球；从服用避孕药的妇女的尿液进入供水系统的女性荷尔蒙。

And the water demands for ecological environment in Chaoyang River, Wuni River and Ajiutian River on Supa River basin are 1.54×10^8m^3, 3.31×10^8m^3, 3.56×10^8m^3 separately, and the water demands for sediment transport are all over 99%,which are respectively 48.9%, 44.9% and 52.3% of the runoff.

苏帕河流域朝阳、乌泥河、阿鸠田河的河流生态环境需水量分别为1.54×10^8立方公尺、3.31×10^8立方公尺、3.56×10^8立方公尺，分别占来水量的48.9%、44.9%和52.3%，其中输沙需水量均占99%以上。

39Mt/a continuous catalytic reforming unit during the 2006~2007 period,such as the clogging in the tremie pipe of the catalyst collector,the difficulty in lifting regenerated catalyst and catalyst runoff in the regenerator and the reactor.

39Mt/a 连续重整装置2006～2007年出现的催化剂收集器下料管堵塞、再生催化剂提升困难、再生器和反应器催化剂跑剂等一系列问题，分析了产生这些异常情况的原因以及采取的对策。

This article examines a series of problems arising in Yangzi Petrochemical Company′s 1.39Mt/a continuous catalytic reforming unit during the 2006~2007 period,such as the clogging in the tremie pipe of the catalyst collector,the difficulty in lifting regenerated catalyst and catalyst runoff in the regenerator and the reactor.It analyzes the causes for these abnormities and recommends countermeasures.

摘要介绍了扬子石化公司1.39Mt/a连续重整装置2006～2007年出现的催化剂收集器下料管堵塞、再生催化剂提升困难、再生器和反应器催化剂跑剂等一系列问题，分析了产生这些异常情况的原因以及采取的对策。

The water quality of rainfall, through-fall, stem-flow, litter through and runoff in Pinus koraiensis plantations of the eastern mountainous regions of Heilongjiang Province were studied. Water quality indexes, pH, DO, TURB, TDS, K, Na, Ca, Mg, Cu, Zn, Mn and Fe were also analyzed.

对黑龙江省东部山地红松人工林生态系统的大气降水、穿透水、树千径流、枯透水和地表径流中的pH值、溶解氧、浊度、总溶解固体、K、Na、Ca、Mg、Cu、Zn、Mn和Fe等水质指标进行了检测。

It is shown that the model can well simulates the daily runoff process in Hanzhong area and the model efficiency is similar to those of the lumped VIC and Xinanjiang Hydrological Model.Moreover,the proposed model considers the spatial variability of precipitation and underly...

结果表明，该模型能较好模拟汉中流域的日径流过程，其模拟精度与集总式VIC模型和集总式三水源新安江模型基本相当，但它充分考虑了研究流域内降水输入和下垫面条件的空间差异性，能够提供网格降水分布及流域内产汇流的分布状况，能进一步同中尺度MM5气象模式耦合，延长洪水预报的预见期。

The CFC data from the Arctic Ocean indicated that the CFC in surface water is in undersaturation, The degrees of saturation of CFC-11 in the surface water lies in the range of 70.54% to 84.70%, and that of CCl4 within 76.54% to 91.53%, CFC-113 within 61.68% to 97.98%, probably caused by local ice cover, runoff and the invasion of the Pacific water with low CFC concentration.

根据对北冰洋、白令海及南海南部表层海水中CFC的测定结果分析表明：北冰洋海区表层水中的CFC皆处于不饱和状态，CFC-11的饱和度在66.1%～97.83%之间，CCl4的饱和度在65.40%～92.93%，CFC-113的饱和度在61.68～97.98%之间，这主要是由于海冰长期覆盖及低CFC的径流输入或太平洋水入侵导致的。

Using MODIS data, the parameters of the modified SCS model were determined, and the model was applied to the daily runoff simulation. It made an attempt for predictions in ungauged basins.

结合MODIS遥感数据确定改进的SCS日模型参数，进行流域径流模拟，为开展无资料地区的水文预报进行了一定的尝试。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。