MEMORY OF THE IMPACT OF MAGNETIC FIELD IN MACROMOLECULE SOLUTIONS
Keywords:
longitudinal and cross effects, magnetohydrodynamic method (MHD-method), magnetohydrodynamic method of demineralization of liquids, magnetohydrodynamic separator, coagulation, solution of colloidal ironAbstract
A principally new possibility of remembering the actions of the magnetic field implemented in macromolecule aquatic solutions, particularly in the solutions of colloidal iron is considered. Under the influence of the magnetic field, the colloidal particles deform (phenomenon of striction) and, in such a deformed state, exist for a relatively short time. However, the deformed macromolecules are not a source of memory, but the accompanying activation process (coagulation, adsorption, etc) which fixes (absorbs) the deformed macromolecules with a higher speed than the relaxation speed of the deformed state to the balance state.
