Numerical modeling of water vapor absorption process in lithium bromide solution falling water on the screen vertical

One of the major components of absorbent absorption chillers and chiller efficiency is the role Bhszayy. In this article how numerical modeling of water vapor in the process of absorbing water soluble lithium bromide vertical screen, under the terms of 5 to 150 Reynolds, is presented. This hypothesis using boundary layer equations for heat transfer, mass and momentum, as well as implicit finite difference method for solving equations has been extracted. Properties affected by changes in temperature and solution concentration, and change in film thickness due to absorption is considered. Provided the model now offers profiles of temperature, concentration, solution properties and absorption mass flux and heat transfer coefficients and mass is. Solved in terms of desired body {8} In order to compare with experimental results has been done.