1401 research outputs found
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Dataset for 'Fixation and extinction in time-fluctuating spatially structured metapopulations'
No full textDataset for 'Fixation and extinction in time-fluctuating spatially structured metapopulations'. A full description of the data, methods, and interpretation may be found in the related publication. Computational data: processed results from several simulations of the stochastic model using the Monte Carlo algorithm defined in the publication and available at: https://github.com/mswailem/Monte_Carlo_Two_Strai
Circular Extra-chromosomal DNA in BCP-ALL
No full textMetaphase chromosome spreads from BCP-ALL patients showing extrachromosomal DNAs and interphase FISH images of nuclei from the same patients hybridised to fluorescent probes from the human IGK and IGL loci
GUI-DTS MATLAB Files
Get PDFThese files here are a new MATLAB-based standalone application, which is a graphical user interface (GUI) designed to simplify the management, processing, and visualisation of FO-DTS data. The software is capable of handling data from both single-ended and double-ended cable deployments. A primary feature allows users to generate 'heat maps' (also called waterfall plots) of temperature versus distance and time. The interface also enables users to define and focus on specific subsets of the FO-DTS dataset, both spatially along the cable and over particular time periods. It should be noted that this is the first version of the application, and at this stage, only XML files from the DTS can be used in the system for data extraction. Whereas for analysis, .mat files are used, which are developed through the data extraction
Dataset associated with Optimization of the growth of Sb2Te3 by MBE using thermally cracked Sb
No full textWe have performed a materials investigation into the properties of antimony telluride films, grown by molecular beam epitaxy (MBE) as the temperature of an antimony cracking zone was varied. Through X-ray diffraction, magnetotransport studies and examination using transmission electron microscopy, we find that as the cracker temperature is increased, the formation of defects is suppressed, due to the higher surface mobilities of the smaller antimony molecular species
Dataset for "CuCo Carbon Aerogel as a Bifunctional Cathode for Electro-Fenton Processes: Unveiling Synergistic Effects and Catalytic Mechanisms"
Get PDFThis is the abstract dataset for the manuscript that is published, including data of degradation performance and material characterization
Dataset associated with "Third body wear of an all-polymer, PEEK-OPTIMA™ on-Ultra-High-Molecular-Weight Polyethylene total knee replacement"
Get PDFThis dataset contains material to supplement the experimental wear simulation study "Third Body Wear of an All-Polymer, PEEK-OPTIMA™ on-Ultra-High-Molecular-Weight Polyethylene Total Knee Replacement
Dataset for 'Influence of limestone addition in the engineering and durability performance of Portland-blast furnace slag blended concretes'
No full textThe data captured in this workbook has been used to produce figures in the journal article
Competing effects of sea ice change control the pace and amplitude of millennial-scale climate oscillations
No full textDespite an increasing number of climate simulations showing millennial-scale oscillatory regimes, such as Dansgaard-Oeschger cycles, the mechanisms behind past abrupt climate changes remain elusive. Based on previous experiments that simulated such variability under Last Glacial Maximum boundary conditions forced with fixed freshwater snapshots derived from the early last deglaciation ice sheet history, this paper investigates the AMOC oscillatory mechanisms under different climate forcings (i.e., different levels of CO2 concentrations and varying orbital parameters). Our results show that sea ice plays a key role as a pacer, regulating AMOC transitions between strong/interstadial and weak/stadial modes. At lower CO2 levels, sea-ice volume increases and the warm-mode duration is reduced through enhanced summer sea ice melt. In contrast, higher levels of CO2 lead to thinner sea ice and in turn, cooler North Atlantic subsurface temperatures and suppressed oscillations. Orbital changes influence seasonality and localised sea ice dynamics, shortening or lengthening strong AMOC periods based on obliquity variations. These simulations, performed with the HadCM3 general circulation model, show that small climate changes can impact the shape and existence of oscillations in glacial climates, potentially explaining the variability in the periodicity and amplitude of Dansgaard-Oeschger cycles and transitions from weak to strong AMOC states
Dataset for "Effects of Gait Patterns on the Viscoelastic Squeeze-film Lubrication of Hip Replacements"
No full textThis dataset contains the raw data presented in a paper titled "Effects of gait patterns on the viscoelastic squeeze-film lubrication of hip replacements". The data were produced by a viscoelastic squeeze-film lubrication model for artificial hip replacements. Different gait loads (i.e., slow walking, normal walking and slow running conditions) were simulated
Supporting data for "Using Neural Networks to Deduce Polymer Molecular Weight Distributions from Linear Rheology"
No full textSupporting data sufficient to reproduce the results of the related publication. The goal of the work is to predict the molecular weight distribution from the linear melt rheology of polystyrene. This dataset includes testing data, python code, neural network models, and data used to setup conda environment for smooth running of python code