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AN EASY-TO-MAKE OZONE GENERATOR FOR THE IMMOBILIZATION OF STATIONARY PHASES IN GC CAPILLARY COLUMNS
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作者 Bing Jiu XU and Shan Nian DONG Dept. of Anal. Chem., School of Pharm. Sci. Beijing Medical University, Beijing, 100083 《Chinese Chemical Letters》 SCIE CAS CSCD 1991年第10期793-796,共4页
An easy-to-make ozone generator which can be made with readily available materials is proposed. Concentration of the ozone prepared with this generator could reach that of ozone in equilibrium with oxygen. Cured with ... An easy-to-make ozone generator which can be made with readily available materials is proposed. Concentration of the ozone prepared with this generator could reach that of ozone in equilibrium with oxygen. Cured with the ozone thus prepared, GC capillary columns with immobilized SE-54 phase and excellent chromatographic performance were successfully prepared. 展开更多
关键词 AN EASY-TO-MAKE ozone generator FOR THE IMMOBILIZATION OF STATIONARY PHASES IN GC CAPILLARY COLUMNS GC
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The impact of dielectrics on the electrical capacity, concentration, efficiency ozone generation for the plasma reactor with mesh electrodes 被引量:1
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作者 Ernest GNAPOWSKI Sebastian GNAPOWSKI Jaroslaw PYTKA 《Plasma Science and Technology》 SCIE EI CAS CSCD 2018年第8期89-95,共7页
This paper presents experimental results concerning the effect of dielectric type on ozone concentration and the efficiency of its generation in plasma reactor with two mesh electrodes.Three types of dielectric solid ... This paper presents experimental results concerning the effect of dielectric type on ozone concentration and the efficiency of its generation in plasma reactor with two mesh electrodes.Three types of dielectric solid were used in the study; glass, micanite and Kapton insulating foil. The experiments were conducted for voltage ranges from 2.3 to 13 k V. A plasma reactor equipped with two 0.3×0.3 mm^2 mesh electrodes made of acid resistant AISI 304 mesh was used in the experiments. The influence of the dielectric type on the concentration and efficiency of ozone generation was described. The resulting maximum concentration of the ozone was about 2.70–9.30 g O3 m^-3, depending on the dielectrics used. The difference between the maximum and the minimum ozone concentration depends on the dielectric used,this accounts for 70% at the variance. The reactor capacity has also been described in the paper; total Ct and dielectric capacitance Cd depending on the dielectric used and its thickness. 展开更多
关键词 ozone generation efficiency DIELECTRIC mesh electrode ozone generator electrical capacity
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