The Regulated Gas Medium with a Set of Nanoparticles Generated by the Solid Fuel Composition as a Method for Producing Ecovegetables
Abstract
New biotechnology involving nanoparticles for the production of ecologically pure vegetables in greenhouses has described. The main feature of the method is the generation of a special controlled gas medium containing nanoparticles of the main macro- and microelements, which freely penetrate into the foliage and stems of crops providing their metabolic activity. The source of the gas medium is the products of self-spreading high-temperature synthesis. The experimental results and numerical calculations of formation and movement of nanoparticle are presented.
New biotechnology involving nanoparticles for the production of ecologically pure vegetables in greenhouses has described. The main feature of the method is the generation of a special controlled gas medium containing nanoparticles of the main macro- and microelements, which freely penetrate into the foliage and stems of crops providing their metabolic activity. The source of the gas medium is the products of self-spreading high-temperature synthesis. The experimental results and numerical calculations of formation and movement of nanoparticle are presented.
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