Modeling of Synthesis of Aluminum Hydride via Binary Hydrides of Alkaline Earth Metals - Pages 9-13

U.M. Mirsaidov, M.Yu. Akramov, I.U. Mirsaidov and O.A. Azizov

DOI: https://doi.org/10.6000/1929-5030.2018.07.02

Published: 10 May 2018

Abstract: In this article given the mathematical modeling of energy-intensive substances obtaining, which allows expanding the resource base, providing the possibility of using various binary hydrides in the process of aluminum hydride - AlH₃ synthesis.

Due to the absence of soluble hydride forms of binary hydrides of alkaline-earth (MH₂) metals, it is necessary to carry out at least 4-6 steps of the process for the production of aluminum hydride. Polynomials for the programmed synthesis of AlH₃ with autoinitiation have been developed.

A programmed synthesis of aluminum hydride with autoinitiation was developed and implemented, which allows expanding the raw material base enabling the synthesis of other metal hydrides.