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首页> 外文期刊>Journal of atomic and molecular physics >Multispark Discharge in Water as a Method of Environmental Sustainability Problems Solution
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Multispark Discharge in Water as a Method of Environmental Sustainability Problems Solution

机译：解决环境可持续性问题方法中的水中多火花排放

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Multispark discharge excited in water is described, and its useful physical and chemical properties are discussed in the light of some environmental issues. Discharge of such a type generates hot and dense plasmoids producing intense biologically active UV radiation and chemically active radicals, atoms, and molecules. Simultaneously, discharge creates strong hydrodynamic perturbations and cavitation bubbles. Particular attention is given to factors influencing on water purity with special reference to discharge application for effective sterilization of water and its cleaning of harmful chemicals. The gas discharges of this type show considerable promise as a means for solving some actual plasma-chemical problems. The above-mentioned discharge properties have been demonstrated in a series of laboratory experiments, which proved the efficiency of disinfection of potable and waste water, water cleaning of pesticide (herbicide) contaminations, and conversion (recovery) of natural methane.
机译：描述了在水中激发的多火花放电，并根据一些环境问题讨论了其有用的物理和化学性质。这种类型的放电会产生炽热且密集的等离子体，从而产生强烈的生物活性紫外线辐射以及化学活性自由基，原子和分子。同时，放电会产生强烈的流体动力扰动和空化气泡。特别注意影响水纯度的因素，尤其要注意有效地对水进行消毒和清洁有害化学物质的排放应用。这种气体放电作为解决某些实际等离子体化学问题的手段显示出很大的希望。上述排放特性已在一系列实验室实验中得到证明，这些实验证明了饮用水和废水消毒，农药（除草剂）污染物的水净化以及天然甲烷转化（回收）的效率。

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