STRUCTURAL FEATURES OF FINELY DISPERSED PSEUDOBOEHMITE OBTAINED BY A SOL-GEL METHOD
K. I. Shefer, D. A. Yatsenko, S. V. Tsybulya, É. M. Moroz, E. Y. Gerasimov
Keywords: pseudoboehmite, aluminum hydroxide, structure, simulation of diffraction patterns, radial distribution function analysis
Pages: 337-341
Abstract
Simulation of diffraction patterns, radial distribution function analysis, and electron microscopy are applied to study the features of the structure of nanosized pseudoboehmite obtained by the sol-gel method. It is found to consist of plate-like particles with a thickness of one lattice constant in the [010] direction. Such a structure of the pseudoboehmite particles results in the absence of the 020 diffraction peak in the diffraction pattern.
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