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microbial particles
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  微生物粒子
     The monitoring results of atmospheric microbial particles above Bohai Bay indicated that the precipitations of the marine bacterial, fungus, total microbial particles and fungi/total microbial content(%) were 1 774 5,389 1,2 163 6 CFU/m 3 and 18 0 respectively.
     对渤海湾大气微生物粒子沉降量作了测定,结果表明:测区大气中海洋性细菌、真菌、总菌粒子沉降量及真菌/总菌百分比分别为17745、3891、21636CFU/m3和180。
短句来源
     Air-borne microbial particles precipitation over Baoji City and compared it with Tongling City
     宝鸡市空气微生物粒子沉降量及与铜陵市的比较
短句来源
     A comparison study on the concentration and size distribution of particles and microbial particles was made with particle counter and Auderson 6 stage viable sampler.
     应用粒子计数器和Andersen6级微生物采样器比较了室内外总气传粒子及微生物粒子的浓度与粒度分布,并比较了不同大小粒子数量的相对比例。
短句来源
     Concentration and Size Distribution of Microbial Particles in Indoor Air
     室内气传微生物粒子浓度及粒度分布
短句来源
     To Indicate Air Pollution of Taiyuan city using the precipitable amount of Airborne Microbial Particles
     空气微生物粒子沉降量指示太原空气污染状况
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  “microbial particles”译为未确定词的双语例句
     The result obtained was that:the average air borne bacterial,fungous and total microbial particles precipitations were 7 755.2 CFU/m 3,366.8 CFU/m 3 and 8 122.0 CFU/m 3 respectively.
     结果表明空气细菌、真菌和总菌量各自的平均值为 7755.2 CFU /m3、366.8CFU /m3和 81 2 2 .0 CFU /m3。
短句来源
     THE RESEARCH ON THE EQUIVALENT DIAMETER OF MICROBIAL PARTICLES IN AIR
     大气中生物粒子等效率直径的研究
短句来源
     THE CONTENT OF AIR BORNE MICROBIAL PARTICLES OVER THE DELTA AND ESTUARINE AREA OF ZHUJIANG RIVER
     珠江三角洲及珠江口海区的空气微生物含量
短句来源
     On basis of this research we try to make the qualitative analysis of the selection of the filter medium to be used to remove the microbial particles in air.
     在此基础上,就如何选择专门用于滤除空气中生物粒子的滤材进行了定性的分析。
短句来源
  相似匹配句对
     THE RESEARCH ON THE EQUIVALENT DIAMETER OF MICROBIAL PARTICLES IN AIR
     大气中生物粒子等效率直径的研究
短句来源
     Concentration and Size Distribution of Microbial Particles in Indoor Air
     室内气传微生物粒子浓度及粒度分布
短句来源
     R & D OF MICROBIAL MEDICINES
     微生物药物的研究开发
短句来源
     Microbial forensics
     微生物物证检验
短句来源
     Dispersion of Particles
     颗粒分散
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  microbial particles
During this process, more than 30% of the organic matter in the dead waterchestnut was releases as organic solutes and microbial particles into the ambient water.
      
The uniform and precise application of microbial particles close to the target organism and to the plant to be protected can increase the success of a biological control treatment.
      
These cell aggregates may be part of a host defense system that clears the peritoneum of bacteria or other microbial particles.
      
Stained microbial particles appeared dark against the white membrane background using standard light microscopy.
      
Flocculation of microbial particles creates aggregates with sufficient settling velocities to be removed in the sedimentation basin.
      
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After studying the dependent relation between bacteria and dust in air and analyzing the efficient curve of bacteria and dust for fibre filter medium, the equivalent diameter of the microbial particle is given in this paper. The curves of the relation between efficient value of fibre filter medium, resistance and other variables have been plotted based on the air filtration theories and theoretical calculations. On basis of this research we try to make the qualitative analysis of the selection of the filter...

After studying the dependent relation between bacteria and dust in air and analyzing the efficient curve of bacteria and dust for fibre filter medium, the equivalent diameter of the microbial particle is given in this paper. The curves of the relation between efficient value of fibre filter medium, resistance and other variables have been plotted based on the air filtration theories and theoretical calculations. On basis of this research we try to make the qualitative analysis of the selection of the filter medium to be used to remove the microbial particles in air.

本文研究了大气中菌尘的相关关系,分析了纤维型滤料的菌尘效率曲线,提出了生物粒子“等效率直径”的概念。本文还依据空气过滤理论,进行了大量的理论计算,绘制了关于纤维型滤料的效率、阻力和各有关因素之间的关系的曲线。在此基础上,就如何选择专门用于滤除空气中生物粒子的滤材进行了定性的分析。

uring June-July,1994,investigations were conducted on the state of precipitation of air borne microbial particles over Guangzhou,Shenzhen and Zhuhai in the delta and estuarine area of Zhujiang River. It is discovered that of the 3 cities, the highest precipitation of air borne microbial particles, fungi particles and fungi particles/total microbial precipitation % are in Shenzhen and Zhuhai respectively. Generally, the three kinds of data which are obtained from overland are higher...

uring June-July,1994,investigations were conducted on the state of precipitation of air borne microbial particles over Guangzhou,Shenzhen and Zhuhai in the delta and estuarine area of Zhujiang River. It is discovered that of the 3 cities, the highest precipitation of air borne microbial particles, fungi particles and fungi particles/total microbial precipitation % are in Shenzhen and Zhuhai respectively. Generally, the three kinds of data which are obtained from overland are higher than those from over sea water. With the increase in distance from land, reduction in city influences and extension of the sea surface, the precipitation of air borne microbial particles shows a decreasing tendency.This study shows that fresh sea air has regulative and pun factory effects towards polluted air over the land. The paper analyses the correlative relationships between some parameters of air borne microbes and relevant temperature, wind force or relative humidity respectively.

1994年6,7月,调查了广州、深圳、珠海及珠江口海区的空气微生物粒子沉降量状况。发现空气微生物粒子总量、真菌粒子量、真菌粒子数/总菌粒子数百分比在三市中不一致。这三种数据一般是陆上的高于海上。随着距陆的增加,都市影响的减弱和海面的开阔,空气微生物含量呈减少之势,显示出海洋新鲜空气对陆上污染空气的调节、净化作用。文中还分析了空气微生物有关参数与气温、风力或相对湿度间的相关关系。

Indoor airborne microorganisms had been considered one of the factors to cause Sick Building Syndrome.Understanding of the concentration and size distribution of indoor airborne microbial particles was useful to assess the risk of these particles and to improve methods of sampling and air cleaning.A comparison study on the concentration and size distribution of particles and microbial particles was made with particle counter and Auderson 6 stage viable sampler.It was found that...

Indoor airborne microorganisms had been considered one of the factors to cause Sick Building Syndrome.Understanding of the concentration and size distribution of indoor airborne microbial particles was useful to assess the risk of these particles and to improve methods of sampling and air cleaning.A comparison study on the concentration and size distribution of particles and microbial particles was made with particle counter and Auderson 6 stage viable sampler.It was found that the relative concentration of the smaller particles in indoor air was higher than that in outdoor air,and the total particles in indoor air was lower than outdoor.Although the concentration of airborne microbial particles in indoor was lower than outdoor,but the concentration of bacterial partides in indoor air was higher than that in outdoor air.the concentration of inhalable bacterial particles with <3 3μm diameter in indoor air were 4 times of that in outdoor air.The obvious difference between total particles and microbial particles was that the smaller particles were more than the larger one,and the smaller microbial particles were less than the larger one.

研究中央空调室内气传微生物浓度及粒度分布的特点,以助于评价气传微生物的风险及为气传微生物采样与净化方法的改进提供参考。应用粒子计数器和Andersen6级微生物采样器比较了室内外总气传粒子及微生物粒子的浓度与粒度分布,并比较了不同大小粒子数量的相对比例。室外的粒子总数高于室内,但室内小粒度粒子数相对浓度高于室外。室内活微生物粒子数低于室外,但细菌粒子数高于室外。粒度小于3.3μm的可吸入细菌粒子数室内是室外的4倍。总粒子和活微生物粒子粒度分布的明显区别是:小粒度粒子多于大粒度粒子,而小粒度微生物粒子则少于大粒度微生物粒子。

 
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