A group of scientists under the influence of Pavel Jungvirt from the Czech Academy of Sciences carefully studied the proportion of pure water in the properties of the metal – from an ideal insulator, it turned into a current conductor. Previously, this could only be done with an incredible measurement of 48 megabars, which is extremely difficult to implement, because random “metallic water” was not possible. Now we can assume that there is a transition of water in the metal under normal conditions.
Ordinary water arises because it is polluted – poisoning by ions of various origins. Basically, there is no turnover of ions, so it is an insulator. However, at high pressure, the volumes shrink so that the orbitals of the electrons overlap and o. Such a process, in theory, can be implemented with wide distribution, but in the Universe there are conditions for the existence, for example, of Jupiter.
Another way of the coming clean water is to saturate it with electrons of another substance, into alkaline-focal ones. The difficulty lies in the fact that the contact of that metal with water generates an explosive p, Oi was pressed into the obvious grip of a capsule from sodium and potassium sauva and applied to the water foam using the double quotient method.
Capa acquired a golden color and became a conductor, which was soon discovered with the help of two different techniques. The retention time of such an unusual drop is not long, but it is enough to carry out measurements of A in the future – and new experiments on historical processes that were previously estimated as impossible on Zele
Source: Tech Cult
