1401 research outputs found
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Data associated with 'Synergistic Microgel-Reinforced Hydrogels as High-Performance Lubricants'
No full textRaw data for all figures in the associated paper 'Synergistic Microgel-Reinforced Hydrogels as High-Performance Lubricants
Pavement Crack Extraction Using Combined Pixel-based and Block-Based approach Running on Three Standard Datasets and Comparison with State of Art Methods
No full textThis dataset reports the results of applying a new method that combines the block based and pixel based approaches for crack detection as described in
Mohamed Abdellatif, Harriet Peel, Anthony G. Cohn and Raul Fuentes, Combining Block-based and Pixel-based
Approaches to Improve Crack Detection and Localisation, Automation in Construction, 103492, 2020
Biofilm Taxonomic analysis by 16S sequencing
No full textThe changes in bacterial taxonomic abundance within the biofilm overtime from Seres model
Data associated with 'Aggregation Behaviour of E-SARA Asphaltene Fractions Studied by Small-angle Neutron Scattering'
Get PDFUsing the Extended-SARA method to fractionate asphaltenes based on their interfacial activity, the current study reports the first results on the estimated size and shape of interfacially active (IAA) and remaining (RA) asphaltene nanoaggregates. These fractions have been reported to exhibit distinctly different chemical architectures that influence the size of asphaltene clusters in good and poor solvents. However, little is known about the building blocks, commonly referred to as nanoaggregates, which form these clusters and how those subtle differences in chemical architecture impact aggregation of asphaltenes. The nanoaggregate size and shape of IAA and RA was measured using small-angle neutron scattering (SANS). The characteristic length and asymptotic power-law exponent of whole asphaltenes (WA) extracted from heavy crude oil and dispersed in deuterated toluene were 28.0 Å 0.2 Å and 2.860.01, respectively, showing negligible variations with changing asphaltene concentration, source of asphaltenes (bitumen and heavy crude oil), and solvent aromaticity. For RA fractions, which account for 98.5 wt% of WA, the characteristic length and power-law exponent of 28.8 Å and 2.86 were comparable to that of WA, but in contrast to 59.7 Å and 2.20 for IAA. A ~100% increase in the characteristic length and reduced power-law exponent of the IAA fraction confirms that these two asphaltene sub-fractions form dissimilar nanoaggregate structures
Geographical Data Science and Spatial Data Analysis: Data for Chapter 4
No full textThe dataset contains "lsoa_sf" - UK wide census data; "social" - national census attribute data from Nomisweb (ONS);
"patients" open data from NHS Digital (http://digital.nhs.uk/catalogue/PUB22008); "postcodes" - open data from the Office for National Statistics, February 2017; "prescriptions" - open prescribing data from UK government Open Data portal (1 million records); "practices" - this was also downloaded from the same place as "prescriptions" (https://data.gov.uk/dataset/176ae264-2484-4afe-a297-d51798eb8228/gp-practice-prescribing-data-presentation-level)
Dataset for 'Evaluation of microflow configurations for scale inhibition and serial X-ray diffraction analysis of crystallization processes'
Get PDFThis dataset contains measurements used in the paper, ‘Evaluation of microflow configurations for scale inhibition and serial X-ray diffraction analysis of crystallization processes' from the journal, Lab on a Chip (doi: 10.1039/D0LC00239A). Included are the raw X-ray diffraction patterns, optical micrographs and scanning electron micrographs that informed our evaluation of the various flow configurations employed in the study. Also included are Matlab scripts for processing X-ray diffraction data collected from both continuous and segmented flow configurations
On-line Training Package: Part 2/2: Waste Flow Diagram (WFD): A rapid assessment tool for mapping waste flows and quantifying plastic leakage.
No full textPart 2 of 2 – This video entitled “Applying the Waste Flow Diagram” provides a technical explanation behind two of the critical methods within the Waste Flow Diagram toolkit – quantifying plastic leakage, and determining the fate of this plastic leakage in the environment. This is illustrated using the example of a dumpsite
Data for Time Temperature Superposition of the Dissolution of Flax Fibres by the Ionic Liquid 1-ethyl-3-methylimidazolium acetate with cosolvent Dimethyl Sulfoxide
No full textThe dissolution of flax fibres in the ionic liquid [C2mim][OAc] with cosolvent dimethyl sulfoxide (DMSO) has been studied. The fibres were submerged in the ionic liquid/DMSO mixtures at different temperatures for a range of dissolution times, then coagulated in water. After drying, cross sections of the fibres were analysed using an optical microscope, which was used to track the fraction of coagulated fibre. The temperature dependence of this coagulated fraction is found to follow an Arrhenius equation with a single activation energy of 10010 kJ/mol. This value is, remarkably, independent of the weight fraction of DMSO used. This work quantifies the composition for the peak dissolution rate, which occurs at an equal weight fraction of DMSO and [C2mim][OAc]. Finally, this study reveals an equivalence between time, temperature and DMSO weight fraction in the dissolution of flax fibres
Loading study no.1
Get PDFA study for solo clarinet on 'loading'; the technique of altering a clarinet fingering by closing holes further down the instrument (skipping the terminator hole), which flattens pitch and increases possibilities for multiphonics
Data associated with ‘Development of a specimen-specific in vitro pre-clinical simulation model of the human cadaveric knee with appropriate soft tissue constraints’
No full textThe dataset will include all the data for figures in the manuscripts as shown in the followings:
1) Kinematic input profiles for the human cadaveric knee.
2) Average AP displacement and TR angle of the 4 human knee specimens in a human walking gait cycle (both AP and TR force driven condition).
3) Typical kinematic profiles from one donor under different spring conditions for different spring rates and free lengths/degrees
4) Comparison of kinematic profiles (AP displacement and TR angle) of the intact knee and the most appropriate spring constraints from four human knee specimen