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ANTIMONY-TIN OXIDE FINE PARTICLE FOR SOLAR RADIATION SHIELDING, DISPERSION LIQUID FOR FORMING SOLAR RADIATION SHIELDING BODY USING THE SAME, SOLAR RADIATION SHIELDING BODY AND TRANSPARENT BASE MATERIAL FOR SOLAR RADIATION SHIELDING
ANTIMONY-TIN OXIDE FINE PARTICLE FOR SOLAR RADIATION SHIELDING, DISPERSION LIQUID FOR FORMING SOLAR RADIATION SHIELDING BODY USING THE SAME, SOLAR RADIATION SHIELDING BODY AND TRANSPARENT BASE MATERIAL FOR SOLAR RADIATION SHIELDING
PROBLEM TO BE SOLVED: To clarify the physical properties of ATO (Antimony-Tin-Oxide) fine particles that a high visible light transmissivity, a low solar radiation transmissivity and a low haze value can be exhibited when formed on a transparent base material or inside the base material, and to produce ATO fine particles having the same physical properties.;SOLUTION: The ATO fine particles having physical properties that the diameter of crystallites composing them is 4 to 125 nm, and the specific surface area thereof is 5 to 110 m2/g can exhibit the above optical properties. As one example for producing the same, an antimony chloride alcoholic solution and an aqueous solution of ammonium hydrogencarbonate are parallelly dripped, thereafter, the resultant precipitates are sufficiently washed and dried, and baking is performed in an air atmosphere to produce the ATO fine particles.;COPYRIGHT: (C)2004,JPO
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机译:解决的问题:为了澄清ATO(锑锡氧化物)细颗粒的物理性质,当在透明基材或内部形成时,可以表现出高可见光透射率,低太阳辐射透射率和低雾度值解决方案:具有物理特性的ATO微粒,其组成的微晶直径为4至125 nm,比表面积为5至110 m 2 Sup> / g具有上述光学性质。作为其制备的一个实例,平行滴加氯化锑乙醇溶液和碳酸氢铵水溶液,然后,将所得沉淀物充分洗涤并干燥,并在空气气氛中进行烘烤以产生ATO细颗粒。 ;版权:(C)2004,日本特许厅
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