Как сделать батарейку своими руками в домашних условиях из подручных средств
410017505703275 ЯНДЕКС.ДЕНЬГИ На развитие канала и покупку материалов https://go.stormgain.com/visit/?bta=101169&nci=10883 Нужны халявные #В#I#Т#С#О#I#N#? Energy production at home with the interaction of graphite and magnesium It shows a working device (a flashlight) that can be useful to people, and explains in detail how to make it yourself. This technology is completely open and available to anyone who wants to repeat it. .. For about 7 years I have been studying the interaction of materials with different electrode potentials in plain water. I started with a pair of zinc–copper, then graphite-zinc and settled on a pair of graphite–magnesium. The voltage in it I got from 1.5 to 1.8 volts (as opposed to zinc-copper) and the current is many times more. In the end, I made a product in the form of a flashlight, so that it would be useful to people. This technology is based on the redox process in the interaction of materials with different electrode potentials. The interaction of zinc (potential — 0.76 volts) and copper (+0.34 volts) is mainly used in this process. Their interaction gives a voltage of about 0.7 volts. Connecting these electrode blocks in a series circuit, you can dial any voltage, even thousands of volts, this was done by the Russian scientist Vasily Petrov. He created a 1,700-volt battery and, thanks to it, made many discoveries. The difference between cells (cells — electrode blocks) and batteries is that they are very cheap, are made in 5-10 minutes at home and can be restored to work when they are wetted with an aqueous solution (water or dilution of various components in it to increase the current).
410017505703275 ЯНДЕКС.ДЕНЬГИ На развитие канала и покупку материалов https://go.stormgain.com/visit/?bta=101169&nci=10883 Нужны халявные #В#I#Т#С#О#I#N#? Energy production at home with the interaction of graphite and magnesium It shows a working device (a flashlight) that can be useful to people, and explains in detail how to make it yourself. This technology is completely open and available to anyone who wants to repeat it. .. For about 7 years I have been studying the interaction of materials with different electrode potentials in plain water. I started with a pair of zinc–copper, then graphite-zinc and settled on a pair of graphite–magnesium. The voltage in it I got from 1.5 to 1.8 volts (as opposed to zinc-copper) and the current is many times more. In the end, I made a product in the form of a flashlight, so that it would be useful to people. This technology is based on the redox process in the interaction of materials with different electrode potentials. The interaction of zinc (potential — 0.76 volts) and copper (+0.34 volts) is mainly used in this process. Their interaction gives a voltage of about 0.7 volts. Connecting these electrode blocks in a series circuit, you can dial any voltage, even thousands of volts, this was done by the Russian scientist Vasily Petrov. He created a 1,700-volt battery and, thanks to it, made many discoveries. The difference between cells (cells — electrode blocks) and batteries is that they are very cheap, are made in 5-10 minutes at home and can be restored to work when they are wetted with an aqueous solution (water or dilution of various components in it to increase the current).