Green energy-storing thin-film battery and producing method thereof
A thin-film battery and energy storage technology, applied in primary battery, secondary battery manufacturing, secondary battery and other directions, can solve the problems of high cost and complicated thin-film battery preparation process, and achieve high energy, easy mass production, and preparation method. simple effect
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[0016] Evaporate a thin film of aluminum (approximately 300 nm) on a silicon wafer and place it in the mouth of a glass bottle filled with iodine, with the aluminum surface facing the iodine. A portion of the aluminum is kept free from iodine vapors. At room temperature (10-40°C), iodine vapor contacts the aluminum surface, and a simple gas-solid reaction occurs: . After 3-12 hours, the samples were taken out and left in air for 2-4 hours.
[0017] Electrochemical workstation Chi660a measured the properties of the thin film system. Connect the non-iodized aluminum metal to the iodine on the surface, or use other conductive films to attach the iodine film. The surface area of the film is 1 cm2. The open circuit potential is between 640mV-1000mV. In the discharge current 0.1μA order of magnitude. The discharge capacity is 25μAh.
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