ozonization

study on absorbent reaction mechanism for the ozonization of cinnamaldehyde

肉桂醛臭氧化反应吸收过程的研究

degradation of organic off-gas by ozonization and its kinetics

有机废气的臭氧化过程降解及其动力学

progress in preparation of glyoxylic acid by ozonization

臭氧氧化法合成乙醛酸的研究进展

the selectivity of ozonization of anise-oil

茴油臭氧化选择性的研究

With the growing interest in ozonization practice as applied in water treatment, it becomes important to study the reaction mechanism of organic substance removal from water by ozonization.

随着臭氧化在水处理技术中应用日益增多，研究臭氧化去除水中有机物的机理日显重要。

mechanism of catalytic ozonization degrading sulfosalicylic acid

催化臭氧化降解磺基水杨酸的机理

application of ozonization catalyzed by transitional metal oxides in water treatment

过渡金属氧化物催化臭氧化在水处理中的应用

treatment of wastewater containing high consistency phenol by ozonization

臭氧氧化法处理高浓度苯酚废水

application of ozonization treatment for suspension pvc mother liquid

臭氧氧化法在悬浮法聚氯乙烯母液处理中的应用

The reaction mechanism of organic substance removal from water by Ozonization

水中有机物臭氧化去除反应机理

process for ozonization of cinnamaldehyde tracked by iodometric titration

肉桂醛臭氧化反应过程的碘量法跟踪

In the course of the discharge through the gap with oxygen of ionization generates ozonization.

在放电过程中通过电极间隙的含氧气体离子化会生成臭氧.

ozonization of methyl esters of longchain unsaturated fatty acids

长链不饱和脂肪酸甲酯的臭氧化反应

as a result of exposure to the uv lamp and the air will be ozonization, seat of should have the means of ventilation.

由于在紫外灯照射下，空气会有臭氧产生，所在地应有通风设备。

study on the kinetics of phenol degradation by ozonization

臭氧氧化降解苯酚的动力学研究

ozonization in drinking water treatment and relevant oxidization techniques

饮用水处理中的臭氧氧化及其相关氧化工艺

Study of Simultaneous Removal of Manganese in Portable Water with Pre-Ozonization and O-zone Biologic Activated Carbon

预臭氧化与臭氧生物活性炭同步去除饮用水锰含量的研究

the performance of prepared catalysts for ozonization of dyeing effluent

染色废水臭氧氧化催化剂研制及其应用性能

study on the reactivity of ozonization for three styrene

三种苯乙烯烃臭氧化反应活性的研究

influence factors of phenol degradation in water by ozonization with enhancement of hydrodynamic cavitation

水力空化强化臭氧降解水中苯酚影响因素研究

advances of the application and research in surface modification of biopolymer materials using ozonization

臭氧化法在高分子生物材料表面改性中的应用