Gorodecka O. Optic-Electronic Control Device of Superficial Tension of Liquids on the Basis of Laying Drop Method

Object of research - process of measurement and control of surface tension of clean liquids and solutions of surface-active agents. An object of research - methods and optical-electronic monitoring facilities of surface tension on border(limit) of division(segmentation) a liquid - air. Method of testings - methods of mathematical and physical simulation, differential and integral numerations, theory of measurement and control, errors, law of probability and stochastic processes. The purpose of research - sensitization of measurements and veracity of the control of surface tension of liquids by a method лежачей of a drip in an electrical field. The idealized value of the obtained outcomes is, that the method лежачей of a drip for measurement of surface tension of liquids with usage of step by step increasing electric tension is advanced, the mathematical model of reallocating of an electric field strength in interelectrode space at availability in a nem of the pan with a liquid, is offered mathematicalmodel of measuring transformation(conversion) of surface tension. The practical value of the obtained outcomes is, that the monitoring facilities of surface tension and his(its) software is designed. A degree of an intrusion - within the limits of area. An orb (area) of application - alimentary, chemical industry