查询词典 oxidation-reduction

The direct oxidation of p-cymene in acetic acid by oxygen was catalyzed by cobalt catalyst system.

研究了在以冰醋酸为溶剂，以醋酸钴为催化剂条件下，原料配比、温度、压力等工艺条件对对异丙基甲苯氧化性能的影响。

When smooth accelerant is shot by illumination, change smooth energy into electron and cavity above all, next with the oxygen in air (O2) and water element (H2O) reaction, the oxyhydrogen that generates a freeboard oxidation capacity is free base and oxygen anion (O2-).

光触媒被光照射时，把光的能量首先转化成电子和空穴，然后与空气中的氧气(O2)和水分子(H2O)反应，产生具超高氧化能力的氢氧自由基和氧负离子(O2-)。

The oxidation of C=C double bond in 4-isopropylideneC〓-trishomocubane-8, 11-dione was studied. Ozonolysis of that double bond was arrived and the ozonide was found much more stable than ordinary ozonides.

详细研究了4—异亚丙基—C〓—三高立方烷—8，11—二酮中碳—碳双键的氧化反应，实现了双键的臭氧化分解，并发现其臭氧化物具有不寻常的稳定性。

The Advanced Oxidation Processes of ozonization technique was used in treatment of the acid red B dye wastewater.

目的 研究臭氧氧化技术处理酸性红B染料废水的效果，并探讨O3投加量、废水的初始pH值、H2O2和O3物质的量比对臭氧氧化处理酸性红B染料废水效果的影响。

In this paper, the advanced oxidation processes of ozonization technique was used in the treatment of the dyeing wastewater. The efficiency of the dosage of H2O2 or catalyst MnO-GAC for the treatment of the dyeing wastewater of ozonization was investigated.

目的 研究臭氧氧化技术处理印染废水的效果，并探讨加入H2O2和MnO-GAC催化剂对臭氧氧化处理印染废水效果的影响。

Results showed that advanced oxidation technique of ozonization has a good effect on removal of acid red B. After 30 min reaction with pH=7, up to 99.5% of color decay was obtained and chemical oxygen demand was 37.9%. If initial pH of the wastewater was increased to 11, the removal rate of COD was optimum.

结果 在pH=7的条件下，单一臭氧氧化30 min时，废水的色度和COD去除率分别为99.5%和37.9%；而废水的初始pH值控制在11左右时，COD去除率有较大提高。O3/H2O2氧化工艺，适宜的H2O2和O3物质的量比为0.6，氧化处理30 min废水的COD去除率可达53.5%。

The structures of 6 main products of ozonization of nopol were identified by GC-MS, and they are all four-ring compounds , the result suggests that the double bond, tertiary hydrogen can be oxidized, and there was other further oxidation.

通过GC-MS分析确定了6个诺卜醇臭氧化主要产物的结构，它们均为四元环类化合物，这表明诺卜醇臭氧化时碳碳双键、叔氢都会被氧化，还伴有其它更深层次的反应。

According to the mechanism of ozonization oxidation, with varied molar ratio of H2O2 to O3 and the catalyst dosage added into the wastewater, the change of the removal rates of COD, chroma and UV254 of the dyeing wastewater by ozonization were researched in a batch reactor.

依据臭氧高级氧化的机理，通过静态试验，分别考察了在印染厂二级废水臭氧氧化处理过程中，控制不同的H2O2和O3物质的量的比和MnO-GAC催化剂投加量对印染废水的COD、色度和UV254去除率的影响。

This study clearly indicated that the treatment of dyeing wastewater with advanced oxidation technology of ozonization was effective; the addition of H2O2 or catalyst MnO-GAC in the system of ozonization reaction obviously increases the rate of oxidative degradation of the dyeing wastewater by ozonization, shortens the treated time and reduces the O3 consumption.

结论O3高级氧化能够有效降解印染废水，在臭氧反应体系中投加H2O2或MnO-GAC催化剂可以明显提高降解速率，缩短处理时间，降低O3耗量。

Then this paper calculates the grey relation grade of monitoring result, and reveales the relationship between PANA quantity and traditional physicochemical index, and finally pointes out that PANA quantity can represent the hot oxidation stability of the aerial lubricating oil, which offers a new analytic method for the condition monitoring and fault diagnostic technology of the aerial lubricating oil.

讨论了PANA含量在某型航空润滑油中的变化规律，采用PANA含量和传统理化指标对该航空润滑油进行了状况监控，并对监控的结果进行了灰色关联度计算，揭示了PANA含量与传统理化指标之间的关系，指出PANA含量能较好地反映航空润滑油的热氧化衰变情况，为润滑油状况监控及故障诊断技术提供了一种新的分析方法。

This one mode pays close attention to network credence foundation of the businessman very much.

这一模式非常关注商人的网络信用基础。

Cell morphology of bacterial ghost of Pasteurella multocida was observed by scanning electron microscopy and inactivation ratio was estimated by CFU analysi.

扫描电镜观察多杀性巴氏杆菌细菌幽灵和菌落形成单位评价遗传灭活率。