Research on Thermal Insulation Performance of Energy-Saving Exterior Walls of Large Buildings Based on Wireless Sensors

摘要

Protection of current settings, worried about energy and help the global effort to improve global atmosphere costs, provide structure to the external divider structure of energy capacity. A significant step to increase. In this article, the method will see a gift survey to expand energy efficiency private construction aggregates, like the freezing point of research development of the surrounding structure, while further protecting the high refractive file's outer surface. Deflection runs another big passion, empty glass microspheres deflection and then run protection. Essential sepiolite Nanofibers have many Nanopores have a great passion. They have excellent enthusiasm run protection. Nan zinc serpentine oxide in the coating material promotes warm massive deflection operation and simplifies the silence bound to the cationic surface to improve the specialized level. Performance over-temperature protection and empty glass microspheres and sepiolite Nan fibers improved. In this context, the protective coating warm investigating effects are provided by three different variables: embodiment, useful fillers and warm total weight deflection value and overwrite protection, intricate patterns in three different variables. The results show that the cationic surface modifier oxide Nano zinc Fi preferably bound silage when the saline is 6%, which expert's expandable composition. the sound is increased Nano zinc oxides, the knitting empty glass microspheres, sepiolite Nanofibers alone, 3%, 4%, 4%, deflection and coating protection will be preferably carried out. Control and the protection cover and the control of a transparent material warm improvements, evaluated by increasing the maximum temperature similar to 13.5 C language distinction between the top and bottom surfaces