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Reforming mannered null average pore diameter of the absorption and desorption of moisture

机译:重整后的水分吸收和解吸的平均孔径为零

摘要

PROBLEM TO BE SOLVED: To provide an excellent moisture absorbing and discharging material, which increases the most moisture-absorbing amount from a middle humid zone to a high humid zone by reforming siliceous shale as compared to raw stone, and discharges the absorbed moisture in case of decreasing a relative humidity to attain a rapid discharge of the moisture without any humidity accumulation.;SOLUTION: In the moisture absorbing and discharging material, a sodium chloride adheres to at least the inside of the fine pore of the siliceous shale having many pores in which an average fine pore diameter is 3-18 nm and a specific surface area is 80 m2/g or more. The method of manufacturing the same is provided.;COPYRIGHT: (C)2010,JPO&INPIT
机译:要解决的问题:提供一种优良的吸湿排湿材料,与原石相比,通过重整硅质页岩,增加了从中湿区到高湿区的最大吸湿量,并在吸收水分的情况下将其排出降低相对湿度以实现水分的快速排放而又没有任何水分积累的解决方案;解决方案:在吸湿和排放材料中,氯化钠至少附着在硅质页岩细孔的内部,该页岩中有许多孔平均细孔径为3-18nm,比表面积为80m 2 / g以上。提供了其制造方法。版权所有:(C)2010,JPO&INPIT

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