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oxidized water
相关语句
  酸性水
     Treatment of Strongly Oxidized Water by Three-cell Electrodialysis Stack
     三槽隔膜式强酸性水的制备
短句来源
     Inference and analysis about the mechanism of preparing strong oxidized water by taking advantage of knowledge about electrochemistry and ion membrane was carried out at large. Experimental result bespoken that the electric current would be arrived at the position of point of inflection and be stabilized in order to improve the production efficiency.
     在三槽定容积式制取强酸性水设备生产过程中,针对电流与时间,酸度pH与时间的图象关系中都具有一拐点这一特征,运用电化学分析方法和有关离子膜的理论对强酸性水产生机理进行了详尽的推理和分析,得出要使三槽强酸性水的电流效率提高,则应使电流尽快达到并稳定在拐点位置。
短句来源
     Studies on Three-Cell Typed Electrolysis Oxidized Water Production Equipment and Processing Parameters
     三槽型强酸性水制备机理及设备的研究
短句来源
     when the distance of electrode pairs is 10cm, the concentration of NaCl is random and the voltage for electrolysis is 32V., the efficiency for producing strong oxidized water with this kind device is the highest.
     通过单因素实验和对比试验,获得了该流动式三槽型电解槽制备强酸性水的最佳工艺参数,分别为:电极距离2cm、电压32V、酸性水流量600ml/min,盐水浓度对制备工艺没有显著性影响在较宽范围内适用。
短句来源
     e. when the distance of electrode pairs is 10 cm,the concentration of NaCl is 5.32% and the voltage is 32V,the efficiency for producing strong oxidized water with this kind of device is the highest. The relation between operation current density and current efficiency was also discussed.
     利用本研究制作的三槽型批式强酸性水制取设备制取强酸性水的实验结果表明电极距离为10cm、电压32V、盐水浓度5.32%时,设备生产强酸水的电流效率最高。
短句来源
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  “oxidized water”译为未确定词的双语例句
     Studies on Production of Strongly Oxidized Water by Electrolysis
     强酸化水的制备及其灭菌效果
短句来源
     Cinical application of electrolyzed oxidized water in treatment of superficial Ⅱ burn wounds
     酸化电位水在烧伤浅Ⅱ度创面的临床应用
短句来源
     Observation of disinfecting effect of electrolysis soft oxidized water on gastroendoscope
     超微软酸化水对消化内镜消毒的效果观察
短句来源
     Making of Strong Oxidized Water with Three-cell Electrodialysis Stack
     三槽型电解槽连续制备强酸性离子水机理
短句来源
     The analysis of the mechanism of three-cell of flowing typed electrodialysis stack andqualitatively analysical experiments indicated that this typed equipment can be used to produce strong oxidized water steadily,continuouly and with stable quality.
     通过对该设备的工作原理的分析及定性实验研究,表明连续式三槽型电解槽强酸性离子水制取设备的电解电流稳定,所制出的强酸性离子水的产品值两稳定,具有良好的生产连续性。
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  相似匹配句对
     in water was for P.R.
     R.
短句来源
     and water;
     水分:31。
短句来源
     The hydrogen is oxidized forming water.
     氢被氧化成水。
短句来源
     Studies on Production of Strongly Oxidized Water by Electrolysis
     强酸化水的制备及其灭菌效果
短句来源
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  oxidized water
Fluorescence of oxidized water-soluble components of petroleum and petroleum products
      
Others have tubes or burrows which cycle oxidized water and particles from the surface.
      
In comparison with the normal lime precipitation of oxidized water, the GP process was superior in every way.
      


In this article the potential-pH diagram for manganese species are used to deal with the oxidation-reduction reactions of the principal manganese compounds: (Ⅰ)tha disproportionation reactions of Mn~(3+) and MnO_4~(-2),(Ⅱ)the reverse reactions of dispro- portionation,(Ⅲ)the oxidation reactions of of MnO_4~- in different medium,(Ⅳ)the reactions of MnO_4~- oxidizing water.

本文应用锰的电位——pH 图来阐述锰的主要化合物的氧化还原反应:(Ⅰ)Mn~(3+)和 MnO_4~(2-)的岐化反应,(Ⅱ)岐化反应的逆反应,(Ⅲ)MnO_4~-在不同介质中的氧化作用,(Ⅳ)MnO_4~-氧化水的反应。

Aggregate and crystal morphology of authigenic pyrite collected in 1989 from the South Yellow Sea were studied with a binocular microscope, reflecting microscope and an electron microscope. The author combined the research results of others in his classification of the authigenic pyrite aggregate of the recent sediments by morphology and morphology-genesis. The genesis-morphology and typomorphic significance of pyrite are discussed. Aggregate morphology of pyrite can be classified into three types, i.e., aggregate...

Aggregate and crystal morphology of authigenic pyrite collected in 1989 from the South Yellow Sea were studied with a binocular microscope, reflecting microscope and an electron microscope. The author combined the research results of others in his classification of the authigenic pyrite aggregate of the recent sediments by morphology and morphology-genesis. The genesis-morphology and typomorphic significance of pyrite are discussed. Aggregate morphology of pyrite can be classified into three types, i.e., aggregate framboids, single framboids and tiny grain types.The former two types can be represented by aggregate typomorphic features of authigenic pyrite from sedimellts and sedimentary deposit. According to genesismorphology, pyrite aggregate can be classified into two types, filling predominates in type I, filling and replacement in type II. Evolution of the three types of pyrite aggregate in a certain way can reflect tbe forination condition and deutervariation.The geological background of themineral formation in the sediments is local reducing environment in an oxidized water body. The layer member of formation is surface and subsurface. Type I was formed under weak alkaline-alkaline condition. Type II was formed under weak acid-weak alkaline conditions. Characteristic morphology of pyrite framboids is the result of random accumulation of sediment in the early diagenetic period.

利用1989年采于南黄海的样品,通过实体显微镜、反光显微镜和电子显微镜对自生黄铁矿的集合体形态和晶体形态进行研究,结合前人成果,对现代海底沉积物中自生黄铁矿集合体进行形态分类和成因一形态分类,在此基础上讨论其特征形态的成因及标型意义。研究表明启生黄铁矿集合体形态可以分为聚萄、单莓和细粒3种,其中前二者可作为沉积物中自生黄铁矿和层控或沉积成因矿床黄铁矿集合体形态标型;成因一形态分类将黄铁矿集合作分为两种,即Ⅰ型充填作用为主和Ⅱ型充填、交代作用两种形成方式;所形成的3种集合体形态间可按一定方式演化,其演化特征能够反映形成条件及经历的后期变化;沉积物中矿物形成的地质背景是氧化水体中局部的还原环境,形成层段为表层或次表层,其中Ⅰ型为弱碱-碱性条件下形成,Ⅱ型为弱酸一弱碱性条件下形成;黄铁矿每体特征的形态是早期成岩作用阶段沉积物随机堆积的结果,是生物体或沉积物以五次对称抗拒“石化”的表现形式。

Based on distilled water and NaCl electrolyte of low concentration, the strongly oxidized water is produced by altering the kinds of diaphragm, the distance of electrode pairs, theconcentration of electrolytic solution, voltage and the other factors. Further studies were madeon the sterilizing efficiency of strongly oxidized water. Results indicated that it was practicable toprepare strongly oxidized water by electrolysis; strongly oxidized water had a high sterilizing ef-fectiveness.

以纯水和低浓度的电解质水溶液制备强酸化水,并探讨其生成机制;对水电解过程中隔膜的作用,电极、电解质浓度和电压等影响因素以及强酸化水的灭菌效果进行了试验。结果表明,用电解法制取强酸化水是可行的,强酸化水具有较强的灭菌作用。

 
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