EVALUATION OF CHANGING THE STRUCTURE OF WATER AND AQUEOUS SOLUTIONS BY EXTERNAL INFLUENCES
Authors:
Type:
Article
Pages:
from 88
to 96
Status:
Published
Received:
26.06.2015
Accepted:
26.06.2015
Published:
26.06.2015
Language:
Russian
Keywords:
water structure, water clusters, boundary water, electric capacity, resonance.
Abstract (English):
With use of the new methodological approach the changes of structure of water and aqueous solutions are investigated at the various influences including change of temperature, influence of magnetic field, influence of a material of a surface in boundary layer and other factors. It is shown, that rising (depression) of electric capacity and (or) Q of an oscillatory circuit at the used influences reflect an ascending (a decrease) of mobility of dipoles of water in a variable electric floor (at usual and (or) resonant regimens of its influence) and, obviously, testify to decrease (augmentation) of structure of water and aqueous solutions. The structure of water and aqueous solutions, evidentiary, depends on the amount of free molecules of water and associate molecules of water, for example, in cluster, hydrated formations and interaction between them, and also from change of concentration of the dissolved gases.
With use of the new methodological approach the changes of structure of water and aqueous solutions are investigated at the various influences including change of temperature, influence of magnetic field, influence of a material of a surface in boundary layer and other factors. It is shown, that rising (depression) of electric capacity and (or) Q of an oscillatory circuit at the used influences reflect an ascending (a decrease) of mobility of dipoles of water in a variable electric floor (at usual and (or) resonant regimens of its influence) and, obviously, testify to decrease (augmentation) of structure of water and aqueous solutions. The structure of water and aqueous solutions, evidentiary, depends on the amount of free molecules of water and associate molecules of water, for example, in cluster, hydrated formations and interaction between them, and also from change of concentration of the dissolved gases.
Keywords:
water structure, water clusters, boundary water, electric capacity, resonance.
water structure, water clusters, boundary water, electric capacity, resonance.
Введение. Известно, что вода и водные системы имеют высокую чувствительность к внешним воздействиям, включая информационные воздействия [6,13]. Поэтому для их адекватного изучения необходимы неразрушающие методы исследования в широком диапазоне частот - от 1 до 10м Гц. Так, для оценки структуры воды и водных систем используют определение их диэлектрической проницаемости на разных частотах (метод диэлектрометрии) [7,18]. Такой подход позволяет получить данные о молекулярной ди-
