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EFFECT OF GLASS COMPOSITION ON SILANOL CONTENT: A STUDY OF (iRHEN VERSUS SOLAR GLASS

机译:玻璃组成对硅烷醇含量的影响:(对玻璃的对比研究)

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As an initiative to reduce vehicle cabin temperature; the composition of automotive glazing is changing from standard green to solar glass. Solar glass has greater infrared radiation absorbance characteristics while maintaining a high visible light transmittance. Transmission values are obtained using UV-VIS-NIR spectroscopy. The metal oxides responsible for infrared reflectance will be determined using SEM-EDS/WDS. It is well understood that non-bridging cations alter the structure of silicate glass. FTIR spectroscopy will be employed to determine the effect of metal oxides on silanol concentration. The concentration of the silanol functional group is critical for adequate silanc coupling in post processing. Differences of radiation transmittance, elemental composition, and silanol content of solar glass versus standard green glass shall be discussed.
机译:主动降低车厢温度;汽车玻璃的组成已从标准的绿色玻璃转变为太阳能玻璃。太阳能玻璃在保持高可见光透射率的同时具有更大的红外辐射吸收特性。使用UV-VIS-NIR光谱法获得透射率值。负责红外反射的金属氧化物将使用SEM-EDS / WDS确定。众所周知,非桥连阳离子会改变硅酸盐玻璃的结构。 FTIR光谱将用于确定金属氧化物对硅烷醇浓度的影响。硅烷醇官能团的浓度对于后处理中足够的硅烷偶联至关重要。应讨论太阳能玻璃与标准生玻璃的辐射透射率,元素组成和硅烷醇含量的差异。

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