Mainly due to the limited spatial resolution of the data acquisition devices, hyperspectral
image pixels generally result from the mixture of several components that are present in the …

Multivariate analysis is a powerful tool to process spectrum imaging datasets of electron
energy loss spectroscopy. Most spatial variance of the datasets can be explained by a …

Abstract Machine Learning (ML) strategies applied to Scanning and conventional
Transmission Electron Microscopy have become a valuable tool for analyzing the large …

The crystal structure of the interfacial areas of a δ-FCC water-quenched nano-hydride was
characterized by electron energy-loss spectroscopy (EELS) and electron diffraction. EELS …

In this work, the use of cluster analysis algorithms, widely applied in the field of big data, is
proposed to explore and analyze electron energy loss spectroscopy (EELS) data sets. Three …

Many ternary and quaternary semiconductors have been made in nanocrystalline forms for a
variety of applications, but we have little understanding of how well their ensemble …

Quantum confinement (QC) typically assumes a sharp interface between a nanostructure
and its environment, leading to an abrupt change in the potential for confined electrons and …

Herein we report on a novel inorganic peroxidase-mimicking nanocatalyst activated under
blue LED photoirradiation. A novel flash-pyrolysis method has been developed for the …

The achievement of an efficient all‐Si electrically‐pumped light emitter is a major milestone
in present optoelectronics still to be fulfilled. Silicon nanocrystals (Si NCs) are an attractive …

We report mixed (CO+ and N 2+) ion beam induced spatially varying chemical phases
formation on Si (100) surface in nanometer length scale. Simultaneous bombardment of …