Programming on Languages Turbo Basic and C of the Simulation of Behavior of Gas Bubble Behavior on the Solid Surface in the Liquid under Non-polar Reagent and Foaming Agent Actions in Conditions of Acceleration of Gravity Changes

Abstract

Computer simulation of the behavior of a gas bubble (above-water air shell) on the solid surface in a liquid under the actions of non-polar reagent and foaming agent in the conditions of acceleration of gravity changes for solving a number of technological problems, related to the needs of space technology (degassing of special liquids) is very relevant today.Computer simulation includes three important elements: a physical model of the behavior of a gas bubble on the solid surface in a liquid under the actions of non-polar reagent and foaming agent in conditions of acceleration of gravity changes, building an algorithm for the model, and compiling a program in programmable languages ​​that transmits computer codes - commands actions, performed by computer according to pre-built algorithm. The article presents the use of programming languages ​​Turbo Basic and C to simulate the behavior of a gas bubble (above-water air shell) on the solid surface in a liquid under the actions of non-polar reagent and foaming agent in conditions of acceleration of gravity changes on a computer screen. On board of flying laboratory of the IL-76K aircraft conducted in short-term weightlessness conditions tests showed that computer simulation of the behavior of a gas bubble (above- water air shell) on the solid surface in a liquid under the actions of non-polar reagent and foaming agent in conditions of acceleration of gravity changes on a computer screen coincides with the real behavior of a gas bubble (above-water air shell) with high precision.