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   生活污染 的翻译结果: 查询用时:0.655秒
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生活污染
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  living pollution
     The equivalent standard pollution loading rate was separately 27.94% 、 28.03% 、 38.91 %and 5.12%,which indicated that the chemical fertilizer pollution was the greastest agricultural non-point source pollution and chemical fertilizer pollution、 domestic living pollution、 animals' feces pollution were the key factors contraining the sustainable development of the agriculture and environment in Jiangsu province.
     等标污染负荷率分别为27.94%、28.03%、38.91%和5.12%,说明化肥污染源是江苏省最大的农业非点源污染源,化肥污染、生活污染、畜禽粪便污染是制约江苏省农业和环境可持续发展的三大关键污染源。
短句来源
     (4)raising the efficiency of land use and the ability of controlling living pollution;
     (4)提高土地利用效率和生活污染治理能力 ;
短句来源
     The equivalent standard discharge amount indicated that the contribution of domestic animals manure, domestic living pollution and runoff to water pollution load is 43.81%, 29.91% and 22.43%, respectively, which are the key factors constraining the sustainable development of the agriculture and environment in Hang Jia Hu water net plain.
     结果表明 ,畜禽粪尿污染、乡镇生活污染和地表径流污染对水体污染的负荷贡献率分别为 4 3.81%、2 9.91%和 2 2 .4 3% ,是制约该区农业和环境可持续发展的三大关键污染因子
短句来源
     This paper studied the agricultural non-point source pollution which included the animals' feces pollution、 domestic living pollution、 chemical fertilizer pollution and fish breeding pond pollution.
     本论文以畜禽粪便污染、生活污染、化肥污染、精养鱼塘污染为研究对象,对江苏省十三市的农业非点源污染进行了分类调查,并采用等标污染负荷的评价方法对上述污染源进行了评价。
短句来源
     The Equivalent Standard Pollution Loading Rate of livestock pollution, living pollution, fertilizer pollution and fishery pollution was separately 41.51%, 21.05%, 33.21% and 4.23%, and the main pollution sources were livestock pollution source, fertilizer pollution source and living pollution source.
     各类农业非点源污染源对水体污染的等标污染负荷比为:畜禽粪尿41.51%,生活污染21.05%,化肥污染33.21%,渔业污染4.23%,主要污染源是畜禽粪尿、化肥污染、生活污染污染源。 重庆主城区、长寿区、巴南区、渝北区、忠县、江津市的等标污染指数明显高于其他区县。
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  domestic pollution
     Results indicated that the contribution of brute manure, domestic pollution source, runoff and food-supplied fishpond to water pollution load was 43.81%, 29. 91%, 22. 43%and 3. 85%, respectively.
     研究结果表明,当前各类农业非点源污染对水体的污染负荷贡献率为:畜禽粪尿43.81%,生活污染29.91%,农田径流和渗漏22.43%精养鱼塘3.85%。
短句来源
     e. ,combining technical controls with policies,centering on controls of animal breeding and loss of soil nutrients,enhancing the prevention and control of rural domestic pollution,and controlling the source of non-point agricultural pollution.
     本研究分析了上海黄浦江水源保护区农业面源污染的成因与来源,提出了上海农业面源污染的控制对策,即采用技术调控和政策调控相结合,重点治理畜禽养殖和农田养分流失,加强对农村生活污染的治理力度,对农业面源污染进行源头控制。
短句来源
     Consideration on BOT model of Municipal Domestic Pollution Treatment in Industry
     BOT模式城市生活污染治理产业的思考
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     There are serious environmental problems of domestic pollution and second pollution from the agriculture and pollution from village and township enterprises.
     南涧县村镇环境存在生活污染、农业二次污染和乡镇企业污染严重,生态环境恶化等问题。
短句来源
     To study the characteristics of domestic pollution and the fanners' environmental consciousness of rural areas in reservoir water source areas and provide a basis for controlling water pollution and improving villages entironment.
     研究水源保护区农村生活污染特征和农民环境意识可为水污染控制和村镇环境建设提供依据。
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  “生活污染”译为未确定词的双语例句
     Based on the investigation of groufidwater contamination in Shuangliu region, the COD, BOD, NH_3-N, NO_2-N, NO_3-N have been chosen as evaluation factors to reflect the industrial, angricultural and human being contaminations, the present status and divisions of Shuangliu groundwater contamination are studied, and the effect to the portable water is eualuated.
     本文在双流区域地下术污染调查基础之上,选用了主要反映工业生活污染的综合指标COD,BOD_5和反映农业污染程度的NH_3—N,NO_3—N,NO_2—N作为评价因子,研究了双流地下水污染现状,采用了综合指数法和点群分析法分类并评价了区域地下水污染对饮用水源地的影响程度。
短句来源
     TP was controlled in recent time. But Ca_2-P, Ca_8-P, Al-P and Fe-P didn't decrease along with TP, the pollution of Phosphorus wasn't controlled efficiently.
     在近期内总磷得到控制,但是Ca_2-P,Ca_8-P,Al-P和Fe-P输入量并未减少,工业和生活污染所占比重增加,磷的污染并未得到有效控制。
短句来源
     The research results indicate as follows:1) Household Wastewater discharge is 7.9 t/p. a. , total nitrogen discharge is 40.0 t/a, total phosphorus discharge is 4.8t/a, chemical oxygen demand discharge is 386.2 t/a;
     对农村生活污染的调查监测研究表明:1)研究区生活污水人均年排放量为7.9t/P·a,全区生活污水污染物总排放负荷,总氮为40.0t/a、总磷为4.8t/a、化学需氧量为386.2t/a;
短句来源
     The results showed that surface runoff of farmland, urban wastewater discharge and rural domestic sewage were or would be the main sources in 2002, 2010 and 2020, with surface runoff of farmland being the largest one. The distributions of CODCr , NH3-N and TP from surface runoff of farm-land would reach 59.95%, 74.64% and 85.86% respectively in 2020, indicating its domination.
     计算结果表明,在2002、2010、2020年重庆段库区水体的主要污染源为农田径流污染、城市生活污水污染和农村生活污染,其中农田径流污染的CODCr、NH3-N、TP的贡献率分别达到了59.95%、74.64%、85.86%,为主要污染源。
短句来源
     Results show:① the total inflow of nitrogen and that of phosphorus in the lake are 754 940 and 60 178 t/a respectively,in which the proportion of nitrogen and phosphorus inflowing from rivers and coming from domestic pollutants is the maximum,and accounts for 95 percent of their total;
     结果表明 :①入湖氮、磷总量分别为 75 4940 .93t/a和 60 178.7t/a ,其中河道入湖与生活污染占的比例最大 ,二者占总量的95 %以上 ;
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  living pollution
In a sample of benthos collected at the location of a nuclear submarine accident in Chazhma Cove (Peter the Great Bay, Sea of Japan), we found remains (valves and shells) of 37 ostracod species, along with living pollution-tolerant organisms.
      
Genetic pollution is living pollution, and once something goes wrong, it will be irreversible.
      
  domestic pollution
Effects of domestic pollution in Izmir Bay (Turkey)
      
Repeated introduction to one tributary of the Pilica enabled brown trout to survive for 10 years, despite the presence of pike and the recent appearance of domestic pollution.
      
However a lower water quality resulting from domestic pollution was established for some sampling sites.
      
As industrial, agricultural and domestic pollution threatens surface water supplies, groundwater is becoming an increasingly precious re source.
      
Decreasing people's exposure to domestic pollution involves three types of improvement -improved ventilation, stoves and fuels.
      
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This article described several unnegligible environmental problems in urbanization process, such as: water resource protection, domestc pollution control land use. creation of well ecological environment and hazardous waste management etc.. and proposed that those problems should be solved durning urban construction planning.

论述了城市化进程中的几个不容忽视的环境问题,如饮用水源的超前保护,控制生活污染,现代城市的土地利用,创造良好的城市生态环境和重视有害废弃物的管理等,并提出应在城市建设和规划中逐步解决这些问题。

Based on the investigation of groufidwater contamination in Shuangliu region, the COD, BOD, NH_3-N, NO_2-N, NO_3-N have been chosen as evaluation factors to reflect the industrial, angricultural and human being contaminations, the present status and divisions of Shuangliu groundwater contamination are studied, and the effect to the portable water is eualuated.

本文在双流区域地下术污染调查基础之上,选用了主要反映工业生活污染的综合指标COD,BOD_5和反映农业污染程度的NH_3—N,NO_3—N,NO_2—N作为评价因子,研究了双流地下水污染现状,采用了综合指数法和点群分析法分类并评价了区域地下水污染对饮用水源地的影响程度。

Since the autumn of 1994,waters in Lake Beihua( in Guizhou)were worsen.In order to recorgnize the mechanism,we took samples of water and sedi-ment cores,The study clears that, in anoxic season,though respriation of organic material, organism in sediment-water interface is degrade, raising waters anoxic, leading P and S2-released. the concentration of ralsed and the second pollution of Mn2+ emerged. For the sake of bettering water quality of this lake system,it is necessary to control industry pollution, living...

Since the autumn of 1994,waters in Lake Beihua( in Guizhou)were worsen.In order to recorgnize the mechanism,we took samples of water and sedi-ment cores,The study clears that, in anoxic season,though respriation of organic material, organism in sediment-water interface is degrade, raising waters anoxic, leading P and S2-released. the concentration of ralsed and the second pollution of Mn2+ emerged. For the sake of bettering water quality of this lake system,it is necessary to control industry pollution, living pollution, basin erosion and renovate the lake area svnthesizelly.

1994年秋后,贵州百花湖出现水质恶化的“黑潮”事件。为认识其形成机理,对水体和沉积物柱芯分层采样。研究表明:在缺氧季节,沉积物—水界面的有机质通过生物氧化作用的分解,加剧水体缺氧并诱发磷和S2-释放,相伴产生浓度增高和Mn2+的二次污染,为改善该湖水系统环境质量,应控制工业污染、生活污染和流域侵蚀,并综合整治湖区。

 
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