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日本一家公司开发出一种受外界自然环境控制、能节约空调能耗的能量转换窗。当该窗受阳光照射、温度升高时,呈半透明状态,而温度下降时,则呈无色透明状态。 这种新型玻璃窗上的玻璃,由两层叠加起来的玻璃组成,叠加层中间是0.2mm厚的高粘性液体。当室温低于25℃时,液体颗粒是分散的,玻璃无色透明;当受到阳光照射,室温高
A Japanese company has developed an energy conversion window that is controlled by the outside world’s natural environment and can save air-conditioning energy consumption. When the window is exposed to sunlight and the temperature rises, it is translucent, and when the temperature drops, it is a colorless, transparent state. The glass on this new type of glass window is composed of two layers of superposed glass. The middle of the superposed layer is a 0.2mm thick highly viscous liquid. When the room temperature is lower than 25°C, the liquid particles are dispersed and the glass is colorless and transparent; when exposed to sunlight, the room temperature is high