1.
The Research on the Power Diagnosetic of Ozone Producer Discharge and Dissociation of Residual Ozone Gas;
臭氧发生器放电功率诊断及剩余臭氧分解研究
2.
Study on decomposition dynamics of ozone in carbonate solution;
碳酸盐溶液中臭氧分解动力学的研究
3.
The second significant characteristic of the ozonolysis reactions concerns the origin of the biradical species.
臭氧分解反应的第二个重要特征与二元基物质有关。
4.
catalytic ozone destruction cycle
臭氧的催化分解循环
5.
Degradation of Simetryne by O_3/H_2O_2 System
臭氧/过氧化氢降解内分泌干扰物西草净
6.
Catalytic Decomposition of Low-Level Ozone by Au/AC Prepared by a Sol Immobilization Method
溶胶负载法制备的Au/AC催化分解低浓度臭氧
7.
Generation of Singlet Oxygen by Decomposition of Triphenyl Phosphite Ozonide;
亚磷酸三苯酯臭氧化合物分解产生单重态氧的研究
8.
Ozonation and Catalytic Ozonation of P-Chlorophenol and Sulfosalicylic Acid;
臭氧及催化臭氧化降解对氯苯酚和磺基水杨酸
9.
Kinetics of ozonation and Mn-catalyzed ozonation of dichlorprop
臭氧及催化臭氧化降解2,4-滴丙酸动力学研究
10.
ozone's horizontal distribution
臭氧的地平方向分布
11.
distribution (e.g. of ozone, precipitation)
例如臭氧，降水的分布
12.
diurnal (ozone) profile
臭氧的白日分布曲线
13.
Study on Preparing Ozone by Electrolysis with Iron-based Lead Dioxide;
铁基二氧化铅电极电解法制臭氧研究
14.
Ru/AC Catalyzed Ozonation of Recalcitrant Organic Compounds
Ru/AC催化臭氧氧化难生物降解有机物
15.
night-time ozone profile
夜间臭氧垂直方向的分布 不同高度的臭氧浓度
16.
in the upper troposphere, ozone is created much more efficiently and is destroyed less easily than at ground level.
在上对流层中，与地面附近相比，臭氧能更有效地生成，而且更难分解。
17.
A Study on the Kinetic of Ozonation and Homogeneous Catalytic Ozonation of Organic Compounds
臭氧及同相催化臭氧化降解有机物的动力学研究
18.
A Study on the Mechanism of the Removal of Organic Matters by Ozone and Biological Activated Carbon;
臭氧—生物活性炭有机物降解机理研究