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water stored
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  蓄水
     (4) The analysis of the testing that tested water stored in the soil under the condition of the different modes that covered by straw.
     (4) 不同的覆盖方式下土壤蓄水测试试验分析。
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     A technology of improving the heat insulation effect by a rigid water stored roof of cast in situ concrete is proposed according to the theoretical analysis and specific project practice.
     从理论分析和具体工程实践角度提出了利用现浇混凝土刚性蓄水屋面改善隔热效果的技术。
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     Analysis of Slopes Stability on Bank of the Yangtze River After Water Stored in the Three Gorge Reservoir
     三峡库区蓄水后江岸坡体稳定性分析
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     The results showed that mulching was effective for water storage and conservation. At reviving stage of winter wheat, water stored in 0~40 cm layer in mulching field was 7.7 mm higher than that in non-mulching field.
     结果表明覆膜有一定的蓄水保墒效果,冬小麦返青期,0~40cm土壤贮水量覆膜处理比不覆膜处理平均多7.7mm;
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     Results show that throughfall is linearly correlated to rainfall outside of stands,and the aggression coefficient can be used to assess evaporation ability of water stored in canopy,and the interception of the formula can be used to assess water storage in canopy.
     结果表明 ,林内降雨量与林外降雨量线性相关 ,其回归系数可用来估计林冠蓄水蒸发系数 ,而截距可以用来估计林冠蓄水容量 ;
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  “water stored”译为未确定词的双语例句
     Conclusion Microbiological pollution in water stored in liners of drinking water dispensers was high, which could be effectively eliminated and disinfected by 1/10 YOUJIE disinfectant for 2 min.
     结论饮水机内胆微生物污染严重 ,1/10优洁消毒剂接触2min可有效消毒饮水机内胆
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     Some Technical Methods adopted in winter concrete construction, such as heating control of sand & gravel and water, stored heat curing, concrete pyrology calculation, concrete curing temperature, under Contract ZH-4 K17+000-K35+600 of Ji-er Railway Project Jining-Benhong Section.
     文章简述了集二铁路集宁至贲红段扩能改造工程ZH-4标段K17+000~K35+600段冬期砼施工中采取的一些技术措施,介绍了砂石料及拌合水的加温控制、蓄热法养护、砼热工计算、砼养护温度监测等方法。
短句来源
     Methods The counts of bacteria, fungi and yeast in water samples collected from the water stored in liners of 52 drinking water dispensers were determined. The total counts of bacteria in water samples of 8 water dispensers were determined before and after disinfection by 1/10 YOUJIE disinfectant for 2 min.
     方法检测了52台饮水机内胆水细菌总数、霉菌和酵母菌 ,并观察了8台饮水机用1/10优洁消毒剂消毒2min前后内胆水细菌总数的变化。
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     Primary Study on Regulation of Tectonic Crack Water Stored Richly and Its Investigation Method in the Low Mountain and Hill Area in the Northern Part of Baicheng
     白城北部低山丘陵区构造裂隙水赋存规律及其勘查方法的初步研究
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     The main results are as follows based on field survey and analysis:1 Soil water is the water stored in the soil that can be absorbed by plants in some depth of soil, and the efficiency of soil water plays the critical role in plant growth and development.
     经过两年多的野外实地考察和室内分析,取得了如下主要研究结果: 1 土壤水分是指贮存在土壤中一定深度范围内能被植物吸收利用的土壤水含量,土壤水分的有效性对植物的生长发育起着最为关键的作用,因此,土壤水分应属于水资源的范畴,是水资源的重要组成部分。
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  相似匹配句对
     Water
     水
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     in water of P.R.
     R.
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     PREVENTION OF FUNGAL GROWTH IN WATER STORED IN TUNNEL
     坑道内储水的防霉研究
短句来源
     Analysis of Stored Water and Dewatering in Gob at Next Section
     下区段老空积水的分析查明与疏放
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     stored in 4℃.
     4℃保存.
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  water stored
These elevational differences in accumulation may have important consequences with regard to the timing of runoff and the availability of water stored in reservoirs.
      
Except in specimen C where significant differences in alkalinity and acidity were observed, there were no significant differences in quality of the water stored in the pots after 2 months of storage.
      
Direct groundwater flow rates resulting from water stored in the sediment as a consequence of infiltration, especially during and after tidal inundation, were calculated for every square meter in the surface of a mangrove forest from piezometer data.
      
They are caused by seasonal variations of the δ18O in water stored in the soil.
      
The overall efficiency of the water-harvesting system was determined as the ratio of the amount of water stored and used by the crop to the amount of rainfall received in the catchment area.
      
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Water regulation or control by storage capacities is often one of the main water resource problems. The hydrologic magnitude has a significant stochastic component, the theory of probability and statistics may be applied to determine the probability of water supply, and mean water deficit, surplus in a reservoir of the annual flow regulation, that is, the increase of low flows from water stored partly during flood seasons. In the first part, this paper discusses the probability of the annual flow...

Water regulation or control by storage capacities is often one of the main water resource problems. The hydrologic magnitude has a significant stochastic component, the theory of probability and statistics may be applied to determine the probability of water supply, and mean water deficit, surplus in a reservoir of the annual flow regulation, that is, the increase of low flows from water stored partly during flood seasons. In the first part, this paper discusses the probability of the annual flow regulation. In the second part, this paper develops a method of calculation of the mean water deficit, and surplus of the annual flow regulation. It starts with the following formula where Kεp may be determined by the probability distribution function F (Kε), For detailed discussion of these formulas see references[ 1] ,[2] . Then equations of the mean water surplus and deficit are given as

水库的水量调节,是开发水利资源的重要问题之一。水文量具有明显的随机成分,可以应用概率论与数理统计来确定年调节水库供水概率、不足水量与多用水量的多年平均值。 本文的第一部分论述了年调节水库供水的概率或保证率。 本文第二部分建议确定年调节水库不足与多用水量多年平均值的计算方法。按著者在文献[1]中所推导的公式(1)出发式中 Kεp。可由F(Kε)的概率分布函数确定(对上述公式的导出与讨论可参阅参考文献(1)、(2))。 得到计算年调节水库多年平均多用水量与不足水量的公式:(4)

In the rainfed farming area on the Loess plateau, water required to produce winter wheat is regulated by mainly relying on soil moisture stored. This test under artificial control is used to determine the productive capacity of water stored by "soil reservoir" and the field water consumption and its consumption coefficient of winter wheat.Generally,from 19% to 24% varies water holding capacity in Loutu soil in Guan zhong.The amount of soil moisture must be about 200mm before sowing, the certain...

In the rainfed farming area on the Loess plateau, water required to produce winter wheat is regulated by mainly relying on soil moisture stored. This test under artificial control is used to determine the productive capacity of water stored by "soil reservoir" and the field water consumption and its consumption coefficient of winter wheat.Generally,from 19% to 24% varies water holding capacity in Loutu soil in Guan zhong.The amount of soil moisture must be about 200mm before sowing, the certain amount of output can be gained in case of drought and little rainfall in winter and spring. In case of soil fertility not becoming the constraint, water consumption coefficient of winter wheat must be 0.75mm/ kg·mu. Under the condition of moisture stored in soil reaching 400 to 600mm, wheat yield of 200-300kg/mu can be obtained.Thus, wheat yield can be improved with an inerease of storage of soil moisture, and also shows a positive correlation with water consumption to some extent.

黄土高原旱农区,冬小麦生产所需水分主要靠土壤贮水进行调节。试验在人工控制条件下,测定了“土壤水库”贮水的生产能力,冬小麦的田间耗水量与耗水系数。关中(土娄)土的田间持水量一般变动在19%至24%之间。在冬春干旱无雨水保证的条件下,播前土壤贮水约在200毫米以上才可获得一定产量。在肥力不成为限制因素的条件下,冬小麦最低的耗水系数为0.75毫米/亩·公斤,在土壤贮水400-600毫米条件下,冬小麦可获得200-300公斤/亩的产量。冬小麦的产量随土壤贮水的增加而提高,与耗水量呈一定程度的正相关。

In a study on the productivity and water use of wheat, proso (Panicum milliaceum) and foxtail millet (Seteria italica) (1981-1983) in 6 different landforms of 2 different fertilities in Southern Ningxia, a semi-arid and severe eroded area in loessal hilly zone. The mean cereal crop yield is 75kg/mu, the evapotranspirution (ET) 280 mm, the water use efficiency (WUE) 0.27 (kg grain yield/mm water comsumption). The water use in crop growing seasons is 53.3% of water stored in soils The cereal garin yield...

In a study on the productivity and water use of wheat, proso (Panicum milliaceum) and foxtail millet (Seteria italica) (1981-1983) in 6 different landforms of 2 different fertilities in Southern Ningxia, a semi-arid and severe eroded area in loessal hilly zone. The mean cereal crop yield is 75kg/mu, the evapotranspirution (ET) 280 mm, the water use efficiency (WUE) 0.27 (kg grain yield/mm water comsumption). The water use in crop growing seasons is 53.3% of water stored in soils The cereal garin yield may reach 125kg/mu in recent yeaes and above 200kg/mu in the future as predicted based on the facts that the WUE has reached the upper limit (0.75) and water use at the maximum (70%).Climate and soil fertility are the two major factors influencing grain yield which has 83% variation between years of different climate, and 66% of different soil fertility. Improvement of soil fertility results in significant higher WUE. The regression equation between yield (Y) and ET (X) may be expressed as Y=-117.47+0.63X n=45, r=0.73 (at low soil fertility) and Y=-117.4+1.33X n=45, r=0.82 (at high soil fertility). The ET in wheat, proso and foxtail millet are 295mm, 247mm and 300mm respectively. The mean grain yield and its variation coefficients are 71kg and 59.7% for wheat; 79kg and 74.5% for proso and 74.5kg and 80.8% for foxtail millet. It is believed that the major factor responsible to the low yield is not fully use of soil moisture due to the low level of fertilizer applied, in addition to the insufficient rainfall; and the improvement of soil fertility is the principal measure for increasing WUE and the yield.

在3个有代表性的气候年份(1981-1983年),6种地区类型,两种肥力条件下对宁夏南部山区主要粮食作物:小麦、糜子和谷子的生产力和水分利用进行了研究。结果表明:该地区当前粮食作物平均生产水平为亩产75公斤,蒸腾蒸发量(ET)280mm,水分利用率(WUE)0.27,作物对土壤储水利用程度为53.3%。提高土壤肥力可显著提高作物对土壤水分的利用效率和利用程度。根据试验资料,预测了该地区粮食作物的生产潜力,讨论了3种作物对气候、土地的适应能力及合理布局。

 
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