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• W4295774438 endingPage "126777" @default.
• W4295774438 startingPage "126777" @default.
• W4295774438 abstract "The seawater dry water extinguishing materials formed by coating seawater with nano-SiO 2 have greatly enlarged the application space of the seawater as a fire-extinguishing medium. Against the deficiencies in the evaluation of the size-fractionated and stability of dry water extinguishing materials, especially of the coating effect of nano-SiO 2 , this study designed an airflow size-fractionated system applicable to dry water materials and characterized the stability of dry water materials by electrochemical methods according to the pneumatic separation principle. The results showed that the grain size range of seawater@nano-SiO 2 dry water extinguishing materials was 0.2–400 μm, and that the dry water could be divided into three intervals by granule size by adjusting the turbo-dynamo frequency and draught fan frequency of the airflow size-fractionated system. The electrochemical methods are applicable to describe the stability of the dry water extinguishing materials, and the gelatinization of core material can significantly make up for the deficiency that the core material of dry water tends to separate out over storage time. However, the stability of dry water is subject to granule size more than the gelatinization of the core material, and the dry water with big-size granules has optimal stability. Graded dry water is less corrosive to aluminum sheets, and the corrosion resistance to big-grained gel-dry water is optimal. The research conclusion can provide a technical basis for size-fractionated and covering effect characterization of dry water extinguishing materials and for type selection of storage media. • The stability of dry water is characterized by the electrochemical methods. • The size-fractionated of dry water is optimized by using improved airflow system. • Better stability and anticorrosive properties contain more larger GDW particles." @default.
• W4295774438 created "2022-09-15" @default.
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• W4295774438 date "2022-12-01" @default.
• W4295774438 modified "2023-10-17" @default.
• W4295774438 title "Covering effect, size-fractionated, and stability of dry water with seawater@nano-SiO2: Electrochemical methods" @default.
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• W4295774438 doi "https://doi.org/10.1016/j.matchemphys.2022.126777" @default.
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