15:{"metadata":[["$","title","0",{"children":"Highly Mixed ZrO2/SiO2 Hybrid Aerogel Deriving from Freely Tangled Weakly Branched Primary Clusters Enables Improved Thermal Stability and Excellent Thermal Insulating Performance."}],["$","meta","1",{"name":"description","content":"In compared with single component aerogel, hybrid\naerogel with multi-components possessing enhanced properties, especially high thermal\nstabilities which are our concerns in this paper, are the promised materials in\nvarious applications. However, how the mixing between variable components\nwithin hybrid aerogel affects their properties still not very clear and needs\nmore research efforts. In the present research, we chose a ZrO₂/SiO₂\nhybrid aerogel as represent to study their mixing and the resulted thermal\nstabilities. We designed a series of ZrO₂/SiO₂\nhybrid aerogels with variable ZrO₂/SiO₂ ratio deriving\nfrom tailored sol-gel parameters, and then studied their shrinkages, nanopore\ncollapses and crystallization behaviors upon\nheat-treatment."}],["$","meta","2",{"name":"author","content":"Benxue Liu"}],["$","meta","3",{"name":"author","content":"Min Gao"}],["$","meta","4",{"name":"keywords","content":"Nanostructured Materials"}],["$","meta","5",{"name":"referrer","content":"origin"}],["$","meta","6",{"name":"robots","content":"index, follow"}],["$","link","7",{"rel":"canonical","href":"https://synthical.com/article/Highly-Mixed-ZrO2%2FSiO2-Hybrid-Aerogel-Deriving-from-Freely-Tangled-Weakly-Branched-Primary-Clusters-Enables-Improved-Thermal-Stability-and-Excellent-Thermal-Insulating-Performance.-abc1e3c0-1a43-11ee-81a9-72fd4f0b0eee"}],["$","link","8",{"rel":"alternate","hrefLang":"de-DE","href":"https://synthical.com/article/Highly-Mixed-ZrO2%2FSiO2-Hybrid-Aerogel-Deriving-from-Freely-Tangled-Weakly-Branched-Primary-Clusters-Enables-Improved-Thermal-Stability-and-Excellent-Thermal-Insulating-Performance.-abc1e3c0-1a43-11ee-81a9-72fd4f0b0eee/de"}],["$","link","9",{"rel":"alternate","hrefLang":"fr-FR","href":"https://synthical.com/article/Highly-Mixed-ZrO2%2FSiO2-Hybrid-Aerogel-Deriving-from-Freely-Tangled-Weakly-Branched-Primary-Clusters-Enables-Improved-Thermal-Stability-and-Excellent-Thermal-Insulating-Performance.-abc1e3c0-1a43-11ee-81a9-72fd4f0b0eee/fr"}],["$","link","10",{"rel":"alternate","hrefLang":"es-ES","href":"https://synthical.com/article/Highly-Mixed-ZrO2%2FSiO2-Hybrid-Aerogel-Deriving-from-Freely-Tangled-Weakly-Branched-Primary-Clusters-Enables-Improved-Thermal-Stability-and-Excellent-Thermal-Insulating-Performance.-abc1e3c0-1a43-11ee-81a9-72fd4f0b0eee/es"}],["$","link","11",{"rel":"alternate","hrefLang":"it-IT","href":"https://synthical.com/article/Highly-Mixed-ZrO2%2FSiO2-Hybrid-Aerogel-Deriving-from-Freely-Tangled-Weakly-Branched-Primary-Clusters-Enables-Improved-Thermal-Stability-and-Excellent-Thermal-Insulating-Performance.-abc1e3c0-1a43-11ee-81a9-72fd4f0b0eee/it"}],["$","link","12",{"rel":"alternate","hrefLang":"ru-RU","href":"https://synthical.com/article/Highly-Mixed-ZrO2%2FSiO2-Hybrid-Aerogel-Deriving-from-Freely-Tangled-Weakly-Branched-Primary-Clusters-Enables-Improved-Thermal-Stability-and-Excellent-Thermal-Insulating-Performance.-abc1e3c0-1a43-11ee-81a9-72fd4f0b0eee/ru"}],["$","meta","13",{"property":"og:title","content":"Highly Mixed ZrO2/SiO2 Hybrid Aerogel Deriving from Freely Tangled Weakly Branched Primary Clusters Enables Improved Thermal Stability and Excellent Thermal Insulating Performance."}],["$","meta","14",{"property":"og:description","content":"In compared with single component aerogel, hybrid\naerogel with multi-components possessing enhanced properties, especially high thermal\nstabilities which are our concerns in this paper, are the promised materials in\nvarious applications. However, how the mixing between variable components\nwithin hybrid aerogel affects their properties still not very clear and needs\nmore research efforts. In the present research, we chose a ZrO₂/SiO₂\nhybrid aerogel as represent to study their mixing and the resulted thermal\nstabilities. 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However, how the mixing between variable components\nwithin hybrid aerogel affects their properties still not very clear and needs\nmore research efforts. In the present research, we chose a ZrO₂/SiO₂\nhybrid aerogel as represent to study their mixing and the resulted thermal\nstabilities. We designed a series of ZrO₂/SiO₂\nhybrid aerogels with variable ZrO₂/SiO₂ ratio deriving\nfrom tailored sol-gel parameters, and then studied their shrinkages, nanopore\ncollapses and crystallization behaviors upon\nheat-treatment."}],["$","meta","30",{"name":"twitter:image","content":"https://synthical.com/preview/article/abc1e3c0-1a43-11ee-81a9-72fd4f0b0eee"}],["$","meta","31",{"name":"twitter:image:alt","content":"Highly Mixed ZrO2/SiO2 Hybrid Aerogel Deriving from Freely Tangled Weakly Branched Primary Clusters Enables Improved Thermal Stability and Excellent Thermal Insulating Performance."}],["$","meta","32",{"name":"twitter:image:width","content":"1200"}],["$","meta","33",{"name":"twitter:image:height","content":"630"}],["$","link","34",{"rel":"icon","href":"/favicon-32x32.png"}],["$","link","35",{"rel":"apple-touch-icon","href":"/apple-touch-icon.png"}]],"error":null,"digest":"$undefined"}