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垃圾收集系统
相关语句
  waste collection system
     Optimum design of key process parameters for waste collection system by vacuum conduit
     真空管道垃圾收集系统关键工艺参数优化设计
短句来源
     Introduction to Vacuum Pipeline Waste Collection System
     真空管道垃圾收集系统介绍
短句来源
     Vacuum pipe waste collection system equipment,principle and application status at home and abroad were introduced,suggestion of popularizing and application in China was put forward.
     介绍真空管道垃圾收集系统设备、原理以及在国内外的应用状况,提出国内推广使用的建议。
短句来源
     Discussion on Vacuum Pipe Waste Collection System
     真空管道垃圾收集系统介绍
短句来源
     Based on introduction of different domestic waste collection models and methods,drawing up collection system plan adopting comprehensive analysis method was put forward,furthermore,demands of collection system facilities and equipments were made out,measure of drawing up municipal domestic waste collection system plan was provided.
     在介绍多种生活垃圾收集方式、方法的基础上,提出采用综合分析的方法进行收集系统规划,进而提出收集系统设施设置和设备配置的要求,为城市生活垃圾收集系统规划编制提供思路。
短句来源
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  “垃圾收集系统”译为未确定词的双语例句
     Process,equipment and technique index of vacuum pipeline waste col le ction system were introduced,and key technologies of the system were discussed.
     对真空管道垃圾收集系统的工艺、设备及技术指标做了介绍,并对其关键技术进行了探讨。
短句来源
  相似匹配句对
     system).
     系统)。
短句来源
     SYSTEM
     系统
短句来源
     Discussion on Vacuum Pipe Waste Collection System
     真空管道垃圾收集系统介绍
短句来源
     Introduction to Vacuum Pipeline Waste Collection System
     真空管道垃圾收集系统介绍
短句来源
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  waste collection system
The present solid-waste collection system is labor-intensive, and a significant part of the budget is spent on collection and haul operations.
      
At the collection points, different types of waste are not collected separately, and there is no proper waste collection system either.
      
It can increase efficiency and decrease cost of the waste collection system.
      
In towns, individual houses are usually not serviced by the waste collection system, while blocks of flats in general are.
      
In the same way, a deficient solid waste collection system is less damaging to the environment in low density settlements than in high density ones.
      
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In Tailake Region, rural solid waste (RSW) is one of the major non-point pollution sources. For prevention and management of the sake of RSW pollution, the features of RSW generation and the factors that influence its generation needs to be fundamentally investigated. A village in the region was selected to study the production and features of RSW based on established collection system and socioeconomic investigation over villagers. The results showed that the production rate of RSW averaged at 255 g·d-1 per...

In Tailake Region, rural solid waste (RSW) is one of the major non-point pollution sources. For prevention and management of the sake of RSW pollution, the features of RSW generation and the factors that influence its generation needs to be fundamentally investigated. A village in the region was selected to study the production and features of RSW based on established collection system and socioeconomic investigation over villagers. The results showed that the production rate of RSW averaged at 255 g·d-1 per capita, approximately one-third of that of municipal solid waste in Tailake Region. RSW in the region was mainly composed of food waste, ceramics waste, bricks debris and plastic package, glass, metals etc., accounting for 41.1%, 16.8%, 16.0% and 13.3% of the total RSW by weight, respectively. Cottage industry of ceramics posed a great effect on the production and composition of inorganic RSW. As increase of villagers' income, decrease of farming labors and poultry-breeding families, popularization of gas-fired stove and lavatory were the factors relevant to the increase of RSW production rate and variation of RSW composition. Future evolution of RSW was forecasted, revealing that the production rate will continuously rise, the ratio of putrescible waste (food waste) to recyclable waste by weight will keep relatively stable, while the proportion of inorganic waste in the RSW may decrease a little. According to the composition and characteristics, RSW was suitable for agricultural use after recover of recyclable materials and composting.

以太湖流域的一个行政村为研究对象,依托新建的生活垃圾收集系统的运行和对村民的社会经济状况调查,分析了该村的生活垃圾产生特征及影响因素。结果表明,太湖流域农村生活垃圾的人均产生量已达周边城市的1/3左右,生活垃圾的组成以食品废物和包装物残余为主,区域性的家庭手工业亦对其组成有一定的影响。村民收入水平的增长、实际务农劳动力的减少、家庭养殖的萎缩、燃料的气体化和水冲卫厕的普及与垃圾量增长间存在一定的相关性。生活垃圾的组成和性质使其较适合在废品回收利用的基础上采用生物处理后还田方式进行管理。

In Tailake Region,rural refuse is one of the major non-point pollution sources,which may cause environmental risk in rural areas.Based on two demonstrate collection systems in two villages located in this region,rural refuse production and local management-related background were investigated,and combined with possible fate of waste material flow,feasible rural refuse treatment technologies and management practices were analyzed.The results showed that the region produces 0.15~0.27 kg of rural refuse per capita...

In Tailake Region,rural refuse is one of the major non-point pollution sources,which may cause environmental risk in rural areas.Based on two demonstrate collection systems in two villages located in this region,rural refuse production and local management-related background were investigated,and combined with possible fate of waste material flow,feasible rural refuse treatment technologies and management practices were analyzed.The results showed that the region produces 0.15~0.27 kg of rural refuse per capita per day or 0.17 ton of rural refuse per square kilometer per day,much lower than that produced by nearby city.The rural refuse was mainly composed of compostable waste and recyclable materials,17% of the latter could be recovered by present recycle market.Neither landfill nor incineration was suitable for rural refuse treatment,it was preferable to be dealt with through source separation(resource recovery)followed by composting and fertilization.The cost for rural refuse collection will be 3.4 RMB per family monthly that is voluntarily affordable by villagers;subsequent treatment will cost 455 RMB per ton of fertilizer that is balanced by profit of product;therefore,it is feasible to operate the treatment facilities by private company.

为探索太湖地区区域农村生活垃圾可行的管理模式,依托宜兴市大浦镇2个行政村示范运行的生活垃圾收集系统,对该区域农村生活垃圾的产生状况和管理背景进行调查,并结合当地可能的物流消纳去向对其处理技术方式和管理模式进行了分析。结果表明,研究区域的农村现状生活垃圾产生率为0.15~0.27kg·人-·1d-1,产生密度为0.17t·km-·2d-1,均远低于周边城市。生活垃圾组成以可堆肥物和废品为主,废品类垃圾中可通过现有回收市场分流的占17%。农村生活垃圾不适合填埋和焚烧处理,宜通过源头分拣(废品回收)和后续的堆肥农肥化,利用现有物流容量条件消纳。生活垃圾收集成本为3.4元·户-·1月-1,可利用村民的支付意愿筹集平衡;后续处理成本为455元·t-(1农肥),有可能通过产品出售平衡,使处理设施的企业化运行具有可行性。

Based on introduction of different domestic waste collection models and methods,drawing up collection system plan adopting comprehensive analysis method was put forward,furthermore,demands of collection system facilities and equipments were made out,measure of drawing up municipal domestic waste collection system plan was provided.

在介绍多种生活垃圾收集方式、方法的基础上,提出采用综合分析的方法进行收集系统规划,进而提出收集系统设施设置和设备配置的要求,为城市生活垃圾收集系统规划编制提供思路。

 
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