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Plasma-assisted oxidation of benzoic acid

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Frontiers of Chemical Science and Engineering 2020年第4期14卷 513-521页

作者： Anna Khlyustova Nikolay sirotkin Laboratory of Chemistry of Hybrid Nanomaterials and Supermolecular Systems G.A.Krestov Institute of Solution Chemitry of Russian Academy of SciencesIvanovo 153045Russia

Plasma-assisted oxidation of organic com-pounds is one of the developing technologies for wastewater *** effectively accelerate degradation processes due to plasma generated reactive species and ultra-violet *** of BA in aqueous solutions by the atmospheric pressure glow discharge and underwater diaphragm discharge was studied and monitored by fluorescence and spectrophoto-metric *** type and solution pH affect the formation rates of mono-and dihydroxybenzoic *** derivatives were formed only by glow discharge *** yields of hydroxyl radical were estimated on the kinetics data for the hydroxylation of benzoic *** steps of the hydroxylation processes and further oxidation were described.

关键词： atmospheric pressure glow discharge under-water diaphragm discharge oxidation benzoic acid hydroxyl radical

Synthesis of MoO_3 by glow discharge in contact with water

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Plasma Science and Technology 2019年第2期21卷 97-104页

作者： A V KHLYUSTOVA N A sirotkin A S KRAYEV V A TITOV A V AGAFONOV Laboratory of Chemistry of Carbohydrate Coordination Compounds and Supermolecular System G.A.Krestov Institute of Solution Chemistry of RAS

An atmospheric pressure glow discharge was ignited between a molybdenum anode and the water surface of a cathode for the synthesis of MoO_3 powders. The action of glow discharge leads to the non-equilibrium evaporation of water, sputtering of the metal anode and formation of molybdenum(VI) oxide, which deposited on the anode. The chemical composition and morphology of the obtained powder were performed by using x-ray diffraction spectroscopy,scanning electron microscopy and Fourier transform infrared spectroscopy. It was found that the synthesized powders are pure α-MoO_3. The possible mechanism of the formation of molybdenum trioxide during glow discharge treatment was described. The photocatalytic performance of MoO_3 was estimated through the degradation of Rhodamine B under dark and UV irradiation conditions. Orthorhombic MoO_3 exhibited the best photocatalytic activity for the photodegradation of Rhodamine B of 100% under UV irradiation for 15 min.

关键词： molybdenum oxide glow discharge photocatalytic activity

Multilevel Structure and Properties of Metals and Polymers within the Unified Model of Chemical

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材料科学与工程（中英文A版） 2016年第2期6卷 71-74页

作者： Oleg sirotkin Rostislav sirotkin Department of Materials Science and Engineering Kazan State Power Engineering University Kazan 420066 Russia

高技能阶段跳高运动员专项身体运动功能训练程度评定模型的研究

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首都体育学院学报 2019年第4期31卷 289-291页

作者： И·К·拉德波夫 Д·Г·西罗特金姚颂平(译) 国立伏尔加体育、竞技、旅游学院喀山莫斯科师范大学莫斯科不详

目的:综合性监督方法在高技能阶段跳高运动员的训练监控系统中具有重要作用。通过对38名跳高运动员进行监督性练习和测试,为高技能阶段跳高运动员专项身体运动功能训练程度的监控和评定提供依据。方法:运用问卷调查法和数理统计法。结论... 详细信息

目的:综合性监督方法在高技能阶段跳高运动员的训练监控系统中具有重要作用。通过对38名跳高运动员进行监督性练习和测试,为高技能阶段跳高运动员专项身体运动功能训练程度的监控和评定提供依据。方法:运用问卷调查法和数理统计法。结论:构建的跳高运动员身体运动功能训练程度评定模型能揭示跳高运动员专项训练的强度大小;针对训练强度小的方面制定校正性训练计划;发现跳高运动员的潜能和根据跳高运动员在比赛练习中表现的身体运动功能训练程度评定其运动技术水平;找出提高跳高运动员专项身体运动功能训练程度的具体方法。监督性练习的评定结果以分值表示能够在实践中监控高技能阶段跳高运动员身体运动功能训练程度,并能对高技能阶段跳高运动员身体运动功能训练各个方面进行动态对比,使测试指标符合比赛成绩要求,同时可间接地评定高技能阶段跳高运动员的运动技术训练水平。

关键词：田径跳跃单项训练过程专项身体运动功能训练程度对跳高运动员训练的监控跳高

Spitsbergen（斯瓦尔巴特群岛）及邻近大陆架1：1000000地质图

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海洋地质 2008年第3期24卷 68-68页

作者： Mexander Tebenkov Alexander sirotkin Vladimir Sharin Anatoly Lajba 吴峧歧（译）邱燕（校对）俄罗斯极地海洋地质研究科考队不详

Spitsbergen构造区位于欧亚板块西北角，这是重建北大西洋和北极西部地质史的关键区域。目前解释的Spitsbergen构造区，是加里东造山运动期由四个各具前加里东构造史的块体组合而成的。

关键词：地质图大陆架邻近群岛欧亚板块北大西洋造山运动构造区