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An electronic investigation into the physical, chemical and thermochemical properties of Niobium nanoclusters.
Sergio Manzetti

Uppsala University, Disciplinary Domain of Science and Technology, Biology, Department of Cell and Molecular Biology, Computational Biology and Bioinformatics. Uppsala, Husargatan 3, SE-75124 Uppsala, Sweden,Fjordforsk A.S., Bygdavegen 155, 6894 Vangsnes

Published: 21 May 2018 by MDPI AG in Proceedings of The 1st International Electronic Conference on Crystals in The 1st International Electronic Conference on Crystals
MDPI AG, 10.3390/IECC_2018-05248

The search for spin-polarized metal clusters, energetic crystals and conductive materials is a paramount part of Nanotechnology. Adapting quantum chemistry and quantum mechanics methods to study and endeavor the electronic and lattice properties of groups of atoms in nanoclusters is a central approach, which aids in revealing crucial electronic properties that serve to develop and synthesize nanomaterials, nanometals and metal clusters. This project investigates the energy landscape of Niobium clusters (Nbn), in order to shed light on its electronic, dipole, and magnetic properties. The clusters are studied with the XTB Tight-binding software coupled with hybrid DFT functionals. The results show that Niobium clusters in nanosized particles (10-61 atoms) bear ultra-low orbital gaps, with promising properties for hyperconnects and nanoparticle based electronics.

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Niobium nanoclusters
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Mike Murphy
Atomic and electronic structure of free niobium nanoclusters
The nuclear and electronic structure of free niobium nanoclusters has been examined based on X-beam ingestion close edge structure (XANES) spectroscopy and thickness practical hypothesis. M4,5-XANES spectra have been ascertained for a few auxiliary models of the 13-nuclear niobium group. Dissertation Help