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Seed treatment and water purification by the synergical effect of gliding arc plasma and photocatalytic film

机译:滑动电弧等离子体与光催化膜的协同作用,对种子进行处理和水净化

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In recent time low temperature plasma discharge is ordinarily used in material engineering for surface treatment of various kind of material but it has already been used also for other applications, such as degradation of mycotoxin, sterilization of thermally sensitive medical devices, seed germination enhancement etc. Also many types of advanced oxidation processes (AOP) are used in wide range of applications, for instance for biodegradation of pollutants, water cleaning, sterilization etc. In the paper the possibilities of using of low temperature atmospheric pressure plasma discharge (APD) and AOP based on photocatalysis in some environmental friendly applications is presented. The possibilities of APD using for degradation of mycotoxin has been already presented but any influence of the APD on quality of the infected and treated seeds was studied. Thus the comparison of nutriments contents of treated and untreated seeds was the aim of the paper. The synergistic effect of contemporary using of photocatalysis and APD of Gliding Arc type on biodegradation of pollutant in water is also presented.
机译:近年来,低温等离子体放电通常用于材料工程中,用于各种材料的表面处理,但它也已用于其他应用,例如霉菌毒素的降解,热敏医疗器械的灭菌,增强种子发芽等。同样,许多类型的高级氧化工艺(AOP)也被广泛应用,例如用于污染物的生物降解,水净化,消毒等。在本文中,可能使用低温大气压等离子体放电(APD)和AOP介绍了基于光催化的一些环保应用。已经介绍了APD用于降解霉菌毒素的可能性,但是研究了APD对感染和处理过的种子质量的任何影响。因此,比较处理和未处理种子的营养含量是本文的目的。还提出了当代使用光催化和滑弧型APD对水中污染物生物降解的协同作用。

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