DETERMINING THE RANGE OF DIMENSIONS OF NANOMECHANICS OBJECTS

The behavior of the system of nanosized colloidal particles in the oversaturated solution under the conditions of magnetic water treatment is considered. The impact of the nano level of the dispersion phase is taken into consideration by introducing the Tolman parameter that determines the thickness of the interphase layer. This specific example was used to determine the range of dimensions of the analyzed objects, for which the error of calculation of the studied characteristics without consideration of their nano level begins to exceed 5%. It is shown that need to use nanomechanics approaches appears in the range of dozens of nanometers or smaller. This range is, in fact, the region of application of nanomechanics laws.