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   recycling industry 在 环境科学与资源利用 分类中 的翻译结果: 查询用时:0.181秒
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recycling industry
相关语句
  静脉产业
    The essential approach for solving solid waste pollution:developing recycling industry
    发展静脉产业是解决废弃物问题的根本途径
短句来源
    The status of recycling industry (ReIN) in developed industry country was introduced firstly. Based on the status of solid waste in China, it was concluded that the strategic goal in solid waste treatment of 2020 is to develop ReIN, and combining arterial industry with recycling industry could be a fundamental approach for solving pollution due to solid waste.
    介绍了发达工业国家静脉产业的发展状况,结合中国固体废物现状,提出2020年中国固体废物发展战略目标是发展静脉产业,并将静脉和动脉产业相耦联,这是解决固体废物污染问题的根本途径;
短句来源
  “recycling industry”译为未确定词的双语例句
    Fangda Universal:create waste tire recycling industry,set up circulating economic model
    方达环宇 废旧轮胎再生利用行业的绿色引领者
短句来源
    It will provied a decision making theory and operational guidance for the standardization of automotive recycling industry.
    还提出了三层次的汽车回收网络结构,以及适合中国国情的汽车回收策略,为我国汽车回收业的规范化提供了决策理论和实践指导。
短句来源
    Encouraging industrial priority policy and promoting green and recycling industry in counties where pollution must be strictly controlled;
    以县为单位实行产业倾斜政策,鼓励污染严控区大力发展绿色循环经济;
短句来源
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  recycling industry
An aluminum mass balance for the aluminum recycling industry in the European Union member states from 1995 to 2004 (EU-15) has been carried out.
      
The rate of growth of the recycling industry is expected to approach double digits for at least this decade.
      
Thanks to the adoption of sustainable development policies by the EU's European Institutions, economic incentives are expected to further strengthen the recycling industry.
      
The recycling industry and subsistence waste collectors: A case study of Mitchell's plain
      
An important contribution to solving the city's waste management problem is made by the recycling industry.
      
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A simple and applicable method of quantitative estimate of iron and steel scrap arising for china has been established.The development tendency of the scrap resource and its recycling industry in china have been forecast up to 2010 year.

提出了一种定量估算废钢铁发生量的简便适用方法,对我国2010年前废钢铁资源的变化趋势及其再生产业的前景进行了预测。

ObjectiveIn order to analyse the effects of battery recycling on environment and blood lead of children and to provide scientific basis for making enviroment under control and preventing lead poison of children.MethodsBlood lead levels of children aged 5-9 years were tested,who living in heavy,moderate lead pollutant areas and control area.Lead levels in air,soil,drinking water and crops were determined.ResultsLead pollution of air,soil and wheat in heavy polluted area was most seriously(average value is 0.016...

ObjectiveIn order to analyse the effects of battery recycling on environment and blood lead of children and to provide scientific basis for making enviroment under control and preventing lead poison of children.MethodsBlood lead levels of children aged 5-9 years were tested,who living in heavy,moderate lead pollutant areas and control area.Lead levels in air,soil,drinking water and crops were determined.ResultsLead pollution of air,soil and wheat in heavy polluted area was most seriously(average value is 0.016 3mg/m 3,1.161 4mg/kg,7.905 0mg/kg respectively).Lead content of drinking water was obviously more than that of clear area,although it lowered the national standard.The air,soil and wheat of moderate polluted area was also polluted by lead to some extent(average value was 0.009 4mg/m\+3,0.291 0mg/kg,2.427 5mg/kg repsectively).The lead content of drinking water lowered the national standard (average value was 0.004 8mg/L).The air,soil,drinking water and wheat in control area were not polluted by lead(average value was 0.000 47mg/m\+3,0.053 4mg/kg,0.003 2mg/L,0.365 0mg/kg).The blood lead level of children from three groups were 532μg/L,452μg/L,126μg/L.ConclusionSmall battery recycling industry induced serious lead pollution problems,which caused elevated blood lead level of children.It was necessary to carry out a social intervention program.

目的 分析某乡镇废旧蓄电池回收对环境和儿童血铅水平的影响 ,为治理环境、防止儿童铅中毒提供科学依据。方法 采用整群抽样方法 ,从高污染区、中污染区和相对清洁区分别选取 5~ 9岁在校生进行血铅测定 ,并对其生活环境中空气、土壤、饮用水和小麦中铅的含量进行检测。结果 高污染区的空气、土壤和小麦铅污染最严重 (均值分别为 0 0 16 3mg/m3 、1 16 14mg/kg、7 90 5 0mg/kg) ,饮用水铅含量虽低于国家卫生标准 ,但明显高于相对清洁区 ;中污染区的空气、土壤和小麦也受到一定程度铅污染 (均值分别为 0 0 0 94mg/m3 、0 2 910mg/kg、2 4 2 75mg/kg) ,饮用水铅含量低于国家卫生标准 (均值为 0 0 0 4 8mg/L) ;相对清洁区的空气、土壤、饮用水和小麦无明显铅污染 (均值分别为0 0 0 0 4 7mg/m3 、0 0 5 34mg/kg、0 0 0 32mg/L、0 36 5 0mg/kg)。 3组儿童血铅均值分别为 5 32 μg/L、4 5 2 μg/L、12 6 μg/L ,3组间存在显著性差异 (P <0 0 5 )...

目的 分析某乡镇废旧蓄电池回收对环境和儿童血铅水平的影响 ,为治理环境、防止儿童铅中毒提供科学依据。方法 采用整群抽样方法 ,从高污染区、中污染区和相对清洁区分别选取 5~ 9岁在校生进行血铅测定 ,并对其生活环境中空气、土壤、饮用水和小麦中铅的含量进行检测。结果 高污染区的空气、土壤和小麦铅污染最严重 (均值分别为 0 0 16 3mg/m3 、1 16 14mg/kg、7 90 5 0mg/kg) ,饮用水铅含量虽低于国家卫生标准 ,但明显高于相对清洁区 ;中污染区的空气、土壤和小麦也受到一定程度铅污染 (均值分别为 0 0 0 94mg/m3 、0 2 910mg/kg、2 4 2 75mg/kg) ,饮用水铅含量低于国家卫生标准 (均值为 0 0 0 4 8mg/L) ;相对清洁区的空气、土壤、饮用水和小麦无明显铅污染 (均值分别为0 0 0 0 4 7mg/m3 、0 0 5 34mg/kg、0 0 0 32mg/L、0 36 5 0mg/kg)。 3组儿童血铅均值分别为 5 32 μg/L、4 5 2 μg/L、12 6 μg/L ,3组间存在显著性差异 (P <0 0 5 ) ,且环境铅含量越高 ,儿童血铅水平越高。结论 该镇废旧蓄电池回收行业已造成区域性严重铅污染 ,致使儿童血铅明显升高 ,社会干预刻不容缓。

After the concepts introduction of product life cycle and circular economy,a resource circulation model is presented in this paper.The paper also defined the life cycle and its stages of automotive product and analyzed the material components of automotive so as to establish the model of automotive recycling in China At last, a hierarchy model is presented for the automotive reoycling, as well as the recycling strategy,which is suitable for current situation of automotive recycling in China.It will provied a...

After the concepts introduction of product life cycle and circular economy,a resource circulation model is presented in this paper.The paper also defined the life cycle and its stages of automotive product and analyzed the material components of automotive so as to establish the model of automotive recycling in China At last, a hierarchy model is presented for the automotive reoycling, as well as the recycling strategy,which is suitable for current situation of automotive recycling in China.It will provied a decision making theory and operational guidance for the standardization of automotive recycling industry.

介绍了产品全生命周期和循环经济的概念,提出了产品的资源循环模型。对汽车全生命周期的生命过程及阶段进行了划分,并分析了汽车的材料组成,提出了中国的汽车回收循环利用模型;还提出了三层次的汽车回收网络结构,以及适合中国国情的汽车回收策略,为我国汽车回收业的规范化提供了决策理论和实践指导。

 
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