Keeping the electron-donor properties of drinking water
In a study there was performed the experimental evaluation of long-term structural - physical changes of the phase of associated water in drinking water treated in hypomagnetic conditions according to the the technology providing the retention of of ortho/para isomers of water in the presence of a catalyst - triplet oxygen. According to the results of measurements of parameters of nano-associates formed in the water there was found a series of consistencies, allowing to determine the mechanisms of the impact of hypomagnetic treatment on the catalytic properties of water and longterm stability of its activated state, that provides the long-term maintenance of high biological activity of drinking water. In particular, under hypomagnetic conditions of the treatment there is formed denser packing of amorphous ice - VI in the composition of associates peroxide, serving as a kind of "reservoir" of atmospheric gases. In such a "reservoir" there realized higher pressure, compared with normal geophysical conditions, that stimulates the gas-phase reactions with the formation of dimers and trimers of oxygen existing in the 2- electron - active configurations with binding energies of 0.3 eV and ~ 0.2 eV, providing phase modulation, resulting in condensation of environment additional electrons on paramagnetic oxygen, which provides the long-term maintenance of the electron - donor ability of water and electrically non-equilibrium state.