Structure of Extremely Nanosized and Confined In-O Species in Ordered Porous Materials
J. M. Ramallo Lopez, M. Renteria, E. E. Miro, F. G. Requejo, A. Traverse
Abstract
Perturbed-angular correlation, x-ray absorption, and small-angle x-ray scattering spectroscopies were suitably combined to elucidate the local structure of highly diluted and dispersed InOx species confined in porous of ZSM5 zeolite. These novel approach allow us to determined the structure of extremely nanosized In-O species exchanged inside the 10-atom-ring channel of the zeolite, and to quantify the amount of In2O3 crystallites deposited onto the external zeolite surface.
Create a lesson
Related papers
Exchange Interactions and Magnon Spectra in bcc Fe(001) Thin Films: A Computational Study
Joanna Marciniak, Wojciech Marciniak, Jorge Luis Briseño-Gómez et al.
Growth-induced trade-off between polarity, electrical isolation, and structural quality in AlN grown on Si(111) by plasma-assisted molecular beam epitaxy
Hossein Yazdani, Nhu Tran, Xin Du et al.
Structural identification in general crystalline systems via Voronoi cell topology
Emanuel A. Lazar, Chris H. Rycroft
Modeling electrodeposition of thin films with compact, dendritic, and random morphologies
Fábio D. A. Aarão Reis, Dung di Caprio, Sidiney G. Alves et al.
A Topological\-Geometrical Descriptor (TGD) for Scalable and Interpretable Modeling of Two\-Dimensional Carbon Networks
Rômulo Uriel Liberal de Oliveira, Raphael Matozo Tromer
High-Frequency Mass Transfer Enabling Over-Limiting Currents in Porous Electrodes
Md Abdul Hamid, Kyle C. Smith