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焦化工业废水
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  coking industrial waste water
     TECHNOLOGY OF BIOLOGY DENITRICATION ABOUT COKING INDUSTRIAL WASTE WATER
     焦化工业废水生物脱氮处理技术
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  “焦化工业废水”译为未确定词的双语例句
     100 isolates were obtained from feed water solid media using spread-plate method with diluted activated sludge ( 10 -5 dilution rate).
     用未经处理的含酚焦化工业废水为基础配制培养基,采用平板涂布法,在10~(-5)稀释度下得到100个单菌落分离物.
短句来源
     Study on Coking Waste-water Treated by Photocatalytic Oxidation of Nanotitanium
     纳米氧化钛光催化氧化处理焦化工业废水
短句来源
     The artical introduces the theory, the process and the adjustment of biology denitri-fication about coking industrial waste production matters must to be noted.
     介绍了焦化工业废水的生物脱氮机理、工艺及调试过程,总结了该工艺的关键技术控制措施及生产注意事项。
短句来源
     The treatment of paper making wastewater and coking wastewater has been studied with compound flocculant XG 1 prepared from diatomite.
     对利用硅藻土研制出的复合絮凝剂XG 1处理造纸、焦化工业废水进行了研究。
短句来源
     The results show that the flocculant has a very good performance with COD removal rate of 70%~80% and decolorization rate of 90%. The process is characterized by simple technology,low operation cost and better treatment effect than that by poly aluminum chloride process.
     试验结果表明 :该絮凝剂对造纸、焦化工业废水有很好的处理效果 ,COD去除率达 70 %~ 80 % ,脱色率大于 90 % ,操作工艺简单 ,成本低 ,处理效果优于聚合氯化铝
短句来源
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  相似匹配句对
     TECHNOLOGY OF BIOLOGY DENITRICATION ABOUT COKING INDUSTRIAL WASTE WATER
     焦化工业废水生物脱氮处理技术
短句来源
     Technologies of Coke Plant Wastewater Treatment
     焦化废水处理技术
短句来源
     The Method of Treating the Coking Wastewater
     焦化废水的处理方法
短句来源
     Coking Industry in Germany
     德国的焦化工业
短句来源
     The author briefly describes the current status of coking wastewater treatment in metallurgical industries.
     简述了钢铁工业焦化废水的处理现状。
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The artical introduces the theory, the process and the adjustment of biology denitri-fication about coking industrial waste production matters must to be noted.

介绍了焦化工业废水的生物脱氮机理、工艺及调试过程,总结了该工艺的关键技术控制措施及生产注意事项。

The treatment of paper making wastewater and coking wastewater has been studied with compound flocculant XG 1 prepared from diatomite.The results show that the flocculant has a very good performance with COD removal rate of 70%~80% and decolorization rate of 90%.The process is characterized by simple technology,low operation cost and better treatment effect than that by poly aluminum chloride process.

对利用硅藻土研制出的复合絮凝剂XG 1处理造纸、焦化工业废水进行了研究。试验结果表明 :该絮凝剂对造纸、焦化工业废水有很好的处理效果 ,COD去除率达 70 %~ 80 % ,脱色率大于 90 % ,操作工艺简单 ,成本低 ,处理效果优于聚合氯化铝

100 isolates were obtained from feed water solid media using spread-plate method with diluted activated sludge ( 10 -5 dilution rate). All the isolates were capable of growing on a synthetic medium with phenol (500 ~ 800 mg L -1 ) as a sole carbon source and classified into 4 operational taxoriomic units (OTUs) by amplified ribosomal DNA restriction analysis (ARDRA). The full-length 16S rDNA gene of one representative strain for each OTU was amplified, cloned, sequenced and blasted against the GenBank database....

100 isolates were obtained from feed water solid media using spread-plate method with diluted activated sludge ( 10 -5 dilution rate). All the isolates were capable of growing on a synthetic medium with phenol (500 ~ 800 mg L -1 ) as a sole carbon source and classified into 4 operational taxoriomic units (OTUs) by amplified ribosomal DNA restriction analysis (ARDRA). The full-length 16S rDNA gene of one representative strain for each OTU was amplified, cloned, sequenced and blasted against the GenBank database. The results showed that 97 isolates were closely related to Alcaligenes faecalis with 99% homology; two isolates showed 99% identity to the sequence of Arthrobacter nicotianae and Klebsiella sp. respectively; and the last one exhibited 96% homology with Ochrobactrum sp. The specific amplification of the gene encoding the large subunit of the multi-component phenol hydroxylase (LmPHs) revealed that three out of four OTUs employed the metabolic pathway catalyzed by multicomponent phenol hydroxylase to degrade phenol, while the specific amplification from the Arthrobacter nicotianae-like strain did not show any products, indicating a possibly different phenol-degrading pathway. Fig 2, Tab 2, Ref 11

用未经处理的含酚焦化工业废水为基础配制培养基,采用平板涂布法,在10~(-5)稀释度下得到100个单菌落分离物.它们均能在以苯酚(500~800 mg L-1)为唯一碳源的无机盐培养基上生长,其16S rDNA基因的ARDRA多态性分析将这些分离物划分成4个分类操作单元(OTUs).各单元代表株的16S rRNA基因序列分析和检索结果表明,97个分离物与Alcaligenes faecalis同源性达99%,2个分离物分别与Arthrobacter nicotianae和Klebsiella sp.99%同源,另一个分离物与Ochrobactrum sp.96%同源.苯酚羟化酶大亚基基因(LmPHs)PCR扩增表明,除类似Arthrobacter nicotianae的菌株外,其它3个分类操作单元的降酚菌都能利用多组分苯酚羟化酶代谢途径进行酚代谢.图2表2参11

 
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