شبيه سازي سرعت واكنشهاي گاز- جامد (فشرده ) با استفقاده از بدل مزت

Simulation of the Rate Reactions of Gas-Solid (Nonporous) by use of Mazet Model

In this paper, The rate of reactions of Gas-Solid (Nonporous) such as metals and alloys are simulated. The offered kinetics models of these reactions by scientists and mathematician are divided into two parts : "Shrinking - core model" and "Nonshrinking - core model". Kinetics model of Mazet, which is designed on the basis of "Shrinking - core model", has been recognized as a more suitable model in order to simulate the equation of reaction rate of the Gas - Solid (Nonporous). In this work, the "GSR.EXE" in "CLIPPER" language was designed and written in order to solve the equation of Mazet Model by method of the "least square". Then, the equation of .the rate of the number of reaction was simulated by software and was compared with the exiting informations in the papers.