氧化銦錫樹脂／奈米銀粒於低輻射玻璃隔熱性能提升之研究

On Antibacterial Procedures for Ceramic Tooth Crack-Repairing

本研究使用氧化銦錫樹脂/奈米銀粒（AgNPs）薄膜應用於低輻射（Low-emissivity, Low-E）玻璃，其中氧化銦錫樹脂使用的是商用隔熱塗料（AI-708），能藉由AgNPs提升其熱輻射的反射而增強隔熱效能。研究結果顯示，當AI-708薄膜覆蓋於披覆面積10.6%的AgNPs薄膜所製備之的Low-E玻璃，具備良好的可見光（λ=400-800 nm）平均穿透率85.8%和霧度6.6%。透過在使用房屋模型置放於太陽模擬器光源之下進行60秒量測隔熱效能結果顯示，與沒有AgNPs的AI-708薄膜相比，AI-708/AgNPs薄膜能夠使房屋模型的內部溫度由28℃降低至26℃，進一步證明AgNPs可有效改善Low-E玻璃隔熱之特性。

This study examines the result of ITO resin/silver nanoparticle（AgNPs）film applied to low-emissivity（Low-E）glass. ITO resin has been used in commercial thermal insulation coating（AI-708）, and it can effectively improve thermal insulation performance by increasing heat radiation reflection through the use of AgNPs. The research results show that when the AI-708 film is coated on 10.6% cover density of AgNPs, it has 85.8% of average visible light transmittance（λ=400-800 nm）and 6.1% of haze. By measuring the thermal insulation performance of the house model under the solar simulator light source for 60 seconds, the results show that the AI-708/AgNPs film can reduce the internal temperature of the house model from 28°C to 26°C compared with that of the AI-708 film without AgNPs. Moreover, it further proves that AgNPs can effectively improve the thermal insulation properties of Low-E glass.