Université du Québec à Chicoutimi

A Statistical Thermodynamic Lattice Model for Cu–In Coupled Substitution in Sphalerite

Version 2.0. This version corrects the equilibration argument of Section 4.7. Replica-exchange sampling reaches a state 3.1 eV over the box below anything the version 1 annealing protocol attained, showing that the two-trajectory test reported there was not a sufficient test of e...

Enhancing Channel Robustness in LoRa Radio Frequency Fingerprinting through a Physics-Informed Residual Spectrogram †

Radio Frequency Fingerprinting Identification (RFFI) is a lightweight authentication method at the physical layer for LoRa IoT devices that avoids cryptographic overhead. However, current deep learning pipelines for RFFI face a robustness gap in that their identification accuracy...

Linking Magmatism and Gold Mineralization at the Fenelon Gold Deposit, Northern Abitibi, Canada: Insights from Pyrite Chemistry, U-Pb and Re-Os Geochronology

Abstract The Fenelon gold deposit, located in the underexplored northern region of the Abitibi greenstone belt, hosts an estimated 4.09 Moz at 3.20 g/t Au and is spatially associated with the 2697 ± 0.96 Ma Jeremie diorite (isotope dilution-thermal ionization mass spectrometry [I...

A Statistical Thermodynamic Lattice Model for Cu–In Coupled Substitution in Sphalerite

This record contains the complete reference implementation, the numerical results underlying every figure and table, and the manuscript for a statistical thermodynamic lattice model of copper-indium coupled substitution in sphalerite. Indium in sphalerite is almost invariably acc...