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Materials properties, battery data, semiconductor, alloys, polymers, additive manufacturing
1,188 datasets
Sumeet Mishra from the University of Manchester created this dataset containing Nakazima test results for Surfalex HF (AA6016A), an aluminium alloy used in automotive applications. Six sample shapes with neck widths from 10 to 120 mm and a full disk were tested under a 200 kN clamp force and a 1 mm/min punch speed to study different stress states. Three repeat experiments per geometry were conducted, with strain data extracted according to ISO 12004 from three labeled sections after stereo-correlation analysis.
29 particulate elements and 37 polycyclic aromatic hydrocarbons are modeled for emissions, ambient concentrations, and deposition in the Athabasca oil sands region of Alberta, Canada. Environment and Climate Change Canada produced this data using a dispersion modeling approach. The directory was last updated on June 15, 2026.
The ULTERA database contains over 6,200 property datapoints corresponding to 2,485 unique high entropy alloys, collected from 455 source DOIs. It was developed by Adam M. Krajewski at Pennsylvania State University under the ARPA-E ULTIMATE program to facilitate rapid alloy discovery. Data is accessible via a high-performance API following FAIR principles and is designed for real-time integration with experiments and modeling.
The dataset contains structural biology data from a study by Yinglu Zhang at Columbia University. It details the crystal structures of the Nrd1 CID domain bound to Sen1 NIM motifs, characterizing interactions in vitro and in yeast. The data underpins findings on the NNS complex's role in non-coding RNA transcription termination.
A marine multi-channel seismic reflection survey was conducted off southeast Queensland in December 1989. The Bureau of Mineral Resources research cruise acquired 2900 km of seismic data over the Capricorn Basin and northern Tasman Basin margins, along with sonobuoy refraction, gravity, magnetic, and bathymetric data. It was the first such survey in the region since 1974 and tied to the Aquarius-1 and Capricorn-1A wells.
Research data from a study demonstrating that physical vapor deposition can improve the photostability of organic glasses by a factor of 50. The dataset likely contains measurements of density and molecular orientation changes in glassy thin films of Disperse Orange 37 during light irradiation. The study was authored by M. D. Ediger of the University of Wisconsin–Madison and published via paperswithcode.
Files supporting a published study on controlling swelling in mixed transport polymers through alkyl side chain physical cross-linking. The dataset includes topology files, a forcefield, final structures, and checkpoint files for simulations. It was produced by Nicholas Siemons of Imperial College London for a paper published in PNAS.
A set of regional geological maps for the Southern North Sea area includes depth structure, isochores, subcrop and supercrop, structural elements, depositional facies, reservoir distribution, source rock, well penetration and hydrocarbon occurrence. The dataset from the North Sea Transition Authority includes PDF documents with stratigraphic and petroleum systems charts and digital copies of sand flags (.las) and depth and thickness grids (.xyz). It was last updated on 2026-07-08.
A dataset containing parameters for lithium-ion batteries used to evaluate state of charge (SOC). It was created by Huipin Lin and last updated on June 4, 2026. The data was used in experiments with Dynamic Stress Test (DST), US06, and Federal Urban Driving Scheme (FUDS) datasets.
An APPEA Journal 2021 study focuses on the upper Permian to Lower Triassic sedimentary succession in the southern Bonaparte Basin, which hosts gas fields like Blacktip. The research interprets marginal marine facies and translates the depositional history into a chronostratigraphic framework for predicting petroleum system elements. The dataset likely contains the extended abstract and supporting geological interpretations from this conference presentation.
Florian M. Arnold from Technische Universität Dresden provides inputs and outputs for tight-binding calculations on cove-edged zigzag graphene nanoribbons. The repository contains data for structures classified by width, unit length, and cove offset, determining if they are metallic, topological insulators, or trivial semiconductors. Each analyzed structure includes atomic coordinates, band structure eigenvalues, Zak phases, and Z2 invariants.
Twenty-two experimental trials conducted at the Total Environment Simulator (TES) at the University of Hull generated this dataset. It contains tabular morphometric measurements and terrestrial laser-scan point clouds of simulated washover deposits, used to study coastal geomorphic processes. The data supports research on how forcing modes like inundation or wave-driven flow influence deposit characteristics.
Southern Santa Catarina State (Brazil) provides the context for this study of mortar mechanical properties. Tests were conducted using wastes collected from three industries, with mortars produced with 10% substitution and addition relative to cement mass. The work by Elen Machado de Oliveira analyzes compressive and tensile strengths using an experimental design of mixtures.
Experimental cycling data for three commercial 18650-type batteries (NCA, NCM, and NCM+NCA) supports research into data-driven capacity estimation. Each CSV file contains 9 columns of time-series measurements, including cycle time, voltage, current, and charge/discharge electricity, recorded under varying temperature and current rate conditions. The dataset accompanies a Nature Communications publication on estimating battery capacity from voltage relaxation profiles.
An Electron Backscatter Diffraction (EBSD) data set obtained from a deformed AZ31 magnesium alloy surface, collected using a CamScan MX2000 equipped with an Oxford Instruments EBSD detector at 25 kV and a 0.23 µm step size. The data was generated by Alberto Orozco‐Caballero at the University of Manchester to accompany a publication on deformation incompatibility in magnesium. It includes raw data files and processed images for Inverse Pole Figure (IPF) and Schmid factor analysis.
Tensile test measurements of Surfalex HF (AA6016A), an aluminium alloy for automotive applications. Data was captured from tests on samples cut at five angles (0, 30, 45, 60, 90 degrees) relative to the sheet rolling direction, with two experiments per angle. The dataset was created by Sumeet Mishra at the University of Manchester using a 5 kN Instron machine and a LaVision DIC system.
A database of Fe nanoparticles generated with a Gaussian Approximation Potential interatomic potential. The data includes energies computed with multiple methods including PAW-PBE DFT and several GAP and EAM potentials, and surface motif analysis for each particle. The dataset was created by Richard Jana and Miguel A. Caro of Aalto University, with support from the Academy of Finland and computational resources from CSC and Aalto University.
11,400 platinum nanoparticle structures generated via two distinct computational protocols, 'cooking' and 'crystallization'. Jan Kloppenburg from Aalto University created this database using a Gaussian Approximation Potential (GAP) interatomic potential for platinum. The data is provided in ASE's extended XYZ format for use in materials science and machine learning research.
Strontium, carbon, and oxygen isotope data from carbonate samples collected from the NDI Carrara 1 stratigraphic drill hole. The 1751-meter drill hole, completed in 2020, intersected Paleozoic and Proterozoic rocks in the Carrara Sub-basin. Geoscience Australia conducted the analytical program to understand paleo-depositional environments and chemostratigraphy.
An experimental study by Ch. Heyn from Universität Hamburg investigates mass transport during local droplet etching (LDE). The research analyzes the removal of droplet material and the formation of nanoholes on III/V semiconductor surfaces under varying arsenic background pressures and process temperatures. A kinetic scaling model is proposed to quantitatively describe the hole depth and side-facet angle.