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- Restricted AccessCd, Se and Zn XAS spectra collected at BM08 (ESRF) on contemporary Cd-based pigmentsThe data here collected are XAS spectra, collected at BM08 (ESRF), of the Cd, Se, and Zn K-edges of contemporary Cd-based pigments. The samples have been acquired by the Italian vendors Zecchi, and the powders have been analyzed as prepared. The samples listed are C0014, C0016, and C0018 (Cadmium yellows); C0026 (Cadmium orange); and C0028, C0030, and C0032 (Cadmium reds). The measures have been performed in vacuum in fluorescence mode.
- Raw Mapping dataRaw data acquired with a Bruker IRIS hyperspectral scanner. Spectral reflectance data between 400 and 2500 nm. X-ray fluorescence data.
- Restricted AccessOptical_detection__magnetic_field_polarityThe data reports experiments conducted with optcial and microwave assisted detection of magnetic field polarity for the determination of the oprational sensitivity and experimetnal parameters optimization.
- Toward Scalable Manufacturing of Doped Silicon Nanopillars for Thermoelectrics via Metal-Assisted Chemical Etching - DataThese data are part of a systematic study on the localized and non-localized etch rates of silicon nanopillars produced using Metal-Assisted Chemical Etching (MACE) for thermoelectric applications. Specifically, they represent a collection of etch rates as a function of doping level for both p-type and n-type silicon, using both 1-pot and 2-pot MACE processes. Data are available in both .csv and .xlsx format.
- Restricted AccessOrichalcum Ingots datasetExperimental data collected from orichalcum chips. X-ray fluorescence (XRF), diffuse reflectance (DR) spectroscopy and combined XRF and VIS-SWIR reflectance maps
- Restricted AccessXRF SpectraXRF spectra acquired with IRIS
- High-crystallinity In-Rich InGaN nanotowers grown on Si(111) via MBE as a platform for biosensing applicationsThis dataset provides the structural and electrochemical properties of 3D InGaN nanotowers (NTs) grown on p-Si(111) substrates.
- On the origin of the light yield enhancement in polymeric composite scintillators loaded with dense nanoparticlesRaw data for figure 1,2,3,4 (.txt) - photoluminescence, absorbance, radioluminescence, time resolved radioluminescnece, energy transfer calculation, montecarlo simulation results (Fluka software) ; Figures pdf format; manuscripts ESI (.doc).
- The role of energy deposition on the luminescence sensitization in porphyrin functionalized SiO2/ZnO nanoparticles under X-rays excitationGaussian spectral reconstruction_fit results; MONTECARLO Geant4 Simulation outputs (Cod A and Code B); E deposition vs distance
- DropenVideo_V01DropenVideo Date: April 22, 2024 Author: Raziyeh Akbari, raziyeh.akbari@unimib.it Alternative contact: Carlo Antonini, carlo.antonini@unimib.it DropenVideo, developed in MATLAB, as an extension of Dropen, is a fully automatic frame-by-frame video analysis code for the advancing and receding contact angle determination in quasi-static wetting experiments. DropenVideo provides comprehensive data, including contact position, diameter and angles, and related curves. This software is developed in SEFILAB at the Department of Materials Science, University of Milano-Bicocca (UNIMIB), and is available at the UNIMIB repository (10.17632/wzchzbm58p). This repository will be updated with the new modified versions of the software. If you use this software in your research, please cite the following journal article: R. Akbari, C. Antonini, Contact angle measurements: From existing methods to an open-source tool, Advances in Colloid and Interface Science 294 (2021) 102470.