Abstract
An MOF Al-BTC organometallic framework is synthesized using solvothermal synthesis from aluminum salt and trimesic acid in the N′,N-dimethylformamide organic solvent. The obtained MOF Al-BTC has a bimodal porous structure containing micropores and mesopores. Results of studying the structure–energy characteristics of Al-BTC according to the equations of Dubinin–Radushkevich, Kelvin, and BET are presented. Specific surface area SBET = 1422 m2/g. Morphological and X-ray structural characteristics of MOF Al-BTC are studied.
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