1401 research outputs found
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Data associated with 'Thermally and field-driven mobility of emergent magnetic charges in square artificial spin ice'
No full textThese files form the open data deposit for the article "Thermally and field-driven mobility of emergent magnetic charges in square artificial spin ice" by Sophie A. Morley, Jose Maria Porro, Aleš Hrabec, Mark C. Rosamond, Diego Alba Venero, Edmund H. Linfield, Gavin Burnell, Mi-Young Im, Peter Fischer, Sean Langridge & Christopher H. Marrows, published as Scientific Reports volume 9, Article number: 15989 (2019)
Data associated with 'Re-Use and Volume Reduction of Scabbled Contaminated Concrete Arising from Nuclear Decommissioning’
No full textRaw data, including images, for all experimental work relating to the PhD entitled 'Re-Use and Volume Reduction of Scabbled Contaminated Concrete Arising from Nuclear Decommissioning' (see link below
Statistics, images, and other files pertaining to the isothermal evolution of a shock-filament interaction.
No full textStatistics, images, and other files relating to the numerical simulation of the isothermal evolution of a shock-filament interaction
Data supporting the publication 'Emulsion Microgel Particles as High-Performance Bio-Lubricants'
No full textExcel sheet providing the data from all figures in the associated paper
Dataset associated with ‘Optimising Computational Methods of Modelling Vertebroplasty in Experimentally Augmented Human Lumbar Vertebrae’
No full textThe dataset contains a spreadsheet with the raw data from the experimental and computational tests carried out in the associated paper. Additionally, an example Abaqus input file and output file
Globular Domain Polymer Simulations
No full textThe dataset corresponding to a series of dynamic globular domain polymer simulations which aim to understand the hierarchical emergence of persistence lengt
Data associated with “Ultrafast Photodissociation Dynamics of 2-Ethylpyrrole: Adding Insight to Experiment With Ab Initio Multiple Cloning”
Get PDFAb initio multiple cloning calculated and experimental total kinetic energy release spectra, dissociation times, velocity map images and electronic state populations for the ultrafast photodissociation of 2-ethylpyrrole
Data associated with 'Floquet Hamiltonian for incorporating electronic excitation by a laser pulse into simulations of non-adiabatic dynamics'
Get PDFThe dataset contains the spreadsheets, hi-resolution images and raw research data associated with our paper: 'Floquet Hamiltonian for incorporating electronic excitation by a laser pulse into simulations of non-adiabatic dynamics', Chem. Phys., 515 (2018) 46-51, DOI: https://doi.org/10.1016/j.chemphys.2018.07.04
Dataset for 'Droplet Microfluidics Synchrotron XRD Identifies Effective Nucleating Agents for Calcium Carbonate'
No full textThis dataset contains measurements used in the paper, 'Droplet Microfluidics Synchrotron XRD Identifies Effective Nucleating Agents for Calcium Carbonate' from Advanced Function Materials (doi: 10.1002/adfm.201808172). Included are raw X-ray diffraction patterns, optical micrographs, scanning and transmission electron micrographs, turbidity measurements and N2 gas desorption measurements which were essential to the conclusions drawn in the article. We also include a version of our Matlab script which was used to process the X-ray diffraction data collected from the microfluidic droplets
Impact on microbubble physical and mechanical properties – dataset
No full textThe production and stability of microbubbles (MBs) is enhanced by increasing the viscosity of the surrounding solution. Glycerol is a good candidate for biomedical applications of MBs, since it is biocompatible, although the exact molecular mechanisms of its action is not fully understood. Here we investigate the influence glycerol has on lipid-shelled MB properties, using a range of techniques. Population lifetime and single bubble stability were studied using optical microscopy. Bubble stiffness measured by AFM compression is compared with lipid monolayer behavior in a Langmuir-Blodgett trough. We deduce that increasing glycerol concentrations enhances stability of MB populations through a three-fold mechanism. Firstly, binding of glycerol to lipid headgroups in the interfacial monolayer up to 10% glycerol, increases MB stiffness but has limited impact on shell resistance to gas permeation and corresponding MB lifetime. Secondly, increased solution viscosity above 10% glycerol slows down the kinetics of gas transfer, markedly increasing MB stability. Thirdly, above 10%, glycerol induces water structuring around the lipid monolayer, forming a glassy layer which also increases MB stiffness and resistance to gas loss. At 30% glycerol, the glassy layer is ablated, lowering the MB stiffness but MB stability is further augmented. Although the molecular interactions of glycerol with the lipid monolayer modulate the MB lipid shell properties, MB lifetime continually increases from 0 to 30% glycerol, indicating that its viscosity is the dominant effect on MB solution stability. This three-fold action and biocompatibility makes glycerol ideal for therapeutic MB formation and gives new insight into the action of glycerol on lipid monolayers at the gas-liquid interface