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lawn irrigation
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  “lawn irrigation”译为未确定词的双语例句
     Determination of Index Limit for Lawn Irrigation with Reclaimed Water
     再生水灌溉草坪有关指标限值的确定
短句来源
     For exploring the feasibility of using the reclaimed water to replace the tap water for lawn irrigation, the soil samples of the root edge, layer and non-layer were collected in the Beijing municipal reclaimed water lawn irrigation area and tap water contrast area; and through the changes of the amount of microbe capable of culture in different culture basis, the influence of the reclaimed water on the microbe population density on the lawn root different spaces was studied.
     为探讨再生水替代自来水进行草坪灌溉的可行性,采集了北京市市政再生水草坪灌区及自来水对照区根际、根系层和非根系层土壤样品,通过可培养微生物在不同培养基上数量的变化,研究再生水对草坪根部不同空间微生物种群密度的影响;
短句来源
  相似匹配句对
     irrigation;
     灌水、地下水位埋深;
短句来源
     The Application and Popularization of the Lawn Spray Irrigation
     草坪喷灌技术的应用及推广
短句来源
     Evaluation System of Water Saving Irrigation for Urban Lawn
     城市草坪节水灌溉方式的评价方法
短句来源
     Intelligent Irrigation Controller
     智能化灌溉控制器
短句来源
     Lawn Industry in Germany
     德国的草坪业
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  lawn irrigation
With a simple collection system, this water could be stored and used for lawn irrigation or irrigation of plants in the Lawn and Garden Center.
      
This paper reports on maximum ET data which was part of a study on urban lawn irrigation.
      
On average, a typical American household consumes at least 50 per cent of their water through lawn irrigation.
      
Having to pay sewer charges on lawn irrigation water may create an incentive to conserve water.
      
For this reason, areas that receive frequent moisture from lawn irrigation are not desirable planting sites.
      


By using low temperature CBMR (combined biological membrane reactor) technolege, sewage within barrack was treated and reached the national discharge standard. This kind of water can be utilized to do lawn irrigation, livestock breeding, toilet flushing and car washing, so the target of water recycle, sewage zero discharge and establishment of green barrack was reached.

采用驯化过的低温CBMR高效生物膜反应器技术 ,使处理后的营区生活污水达到国家允许排放标准后 ,回收利用于营区的绿化 (草坪 )喷灌、养殖、冲厕、洗车等 ,从而达到水资源循环利用 ,实现营区污水“零排放” ,创建绿色生态营区的目标

For exploring the feasibility of using the reclaimed water to replace the tap water for lawn irrigation, the soil samples of the root edge, layer and non-layer were collected in the Beijing municipal reclaimed water lawn irrigation area and tap water contrast area; and through the changes of the amount of microbe capable of culture in different culture basis, the influence of the reclaimed water on the microbe population density on the lawn root different spaces was studied. The amplified rDNA...

For exploring the feasibility of using the reclaimed water to replace the tap water for lawn irrigation, the soil samples of the root edge, layer and non-layer were collected in the Beijing municipal reclaimed water lawn irrigation area and tap water contrast area; and through the changes of the amount of microbe capable of culture in different culture basis, the influence of the reclaimed water on the microbe population density on the lawn root different spaces was studied. The amplified rDNA restriction analysis(ARDRA) was carried out on the draw of gene group DNA of single bacteria community separated from that of the root edge layer LB culture basis of 10-4 dilution, amplified 16S rDNA section and using restrictive Hinf I on PCR product; and adopting synthetical index number of diversity(H′), index number of richness(R2) and index number of evenness(E1) to evaluate the influence of reclaimed water irrigation on the variety of root edge microbe. Compared with the contrast, the reclaimed water lawn irrigation was test favorable to the root microbe, especially to the bacillus. But no marked influence on the microbe of root and non-root layers. Microbial community structure and diversity were changed relatively with the irrigation of reclaimed water, which embodied the abundance increase of the dominant and sub-dominant population, non-dominant population sensitive to reclaimed water lost its original status, besides, rare population appeared or lost, the community diversity increased last.

为探讨再生水替代自来水进行草坪灌溉的可行性,采集了北京市市政再生水草坪灌区及自来水对照区根际、根系层和非根系层土壤样品,通过可培养微生物在不同培养基上数量的变化,研究再生水对草坪根部不同空间微生物种群密度的影响;对根际层LB培养基10-4稀释度平板上分离的细菌单菌落提取基因组DNA,扩增16SrDNA片段并用限制性内切酶HinfⅠ对PCR产物进行扩增rDNA限制性分析(ARDRA),并采用综合多样性指数(H′),丰富度指数(R2)和均匀性指数(E1)等指标评价再生水灌溉对根际微生物多样性的影响.结果表明,与对照相比,再生水草坪灌溉有利于草坪草根际微生物数量的增加,尤其是有利于芽孢杆菌的增加,但对根系及非根系层微生物无显著影响.再生水灌溉使得微生物群落结构及多样性发生相应变化.这种变化体现为优势类群及亚优势类群多度增加,对再生水敏感的非优势类群失去原有的地位,另外一部分偶见类群出现或消失,群落多样性最终增加.

 
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