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Characterization of silver-based solar control multilayer coatings for architectural windows

机译：用于建筑窗口的银基太阳能控制多层涂层的特征

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Solar control coatings are extensively used in offices and residential buildings for the purpose of saving energy in air conditioning. In the present work, multilayer solar control coatings with the structure glass/SnO{sub}2/Ni-Cr/Ag/Ni-Cr/SnO{sub}2 were deposited in an industrial sputtering system onto large glass substrates. The influence of the deposition parameters on the overall behavior of the multilayer coatings was analyzed. The extremely low thickness of the layers which compose such structures, as well as the large substrate area, makes the morphology of the films and interfaces to play an important role in providing efficient energy saving performance as well as high optical transmittance. Thus, depth profiling was accomplished. Furthermore, the effect of aggressive environments on the low-emissivity multiplayer coatings was tested, both from the structural and optical points of view.
机译：太阳能控制涂层广泛用于办公室和住宅建筑，以节省空调能量。在本作工作中，将具有结构玻璃/ SnO {Sub} 2 / Ni-Cr / Ag / Ni-Cr / SnO {Sub} 2的多层太阳能控制涂层在工业溅射系统中沉积在大型玻璃基板上。分析了沉积参数对多层涂层的整体行为的影响。构成这种结构的层的极低厚度以及大衬底区域，使得薄膜和界面的形貌成为在提供有效的节能性能以及高光学透射率方面发挥重要作用。因此，完成了深度分析。此外，从结构和光学点测试，测试了对低发射度多人涂层上的侵蚀性环境的影响。

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