cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.17035/d.2023.0257310177
title: Stability map, emissions, chemiluminescence and NO-PLIF data for a wide range of C3H8/NH3/H2 ternary blends with H2 stratification at various equivalence ratios: data

description: Set of data was obtained for stratified 70/30 (vol.%) NH3/H2 blend and various C3H8/NH3/H2 blends using a novel industrial scale swirl burner with a swirl no, Sg = 1.05. Instability data in terms of flashback, lean blow off and rich blow off are provided in the 1st sheet, titled 'Stability Maps'. Exhaust emissions was measured by a bespoke state-of-art Quantum Cascade Analyser (CT5100) for some selected blends at various equivalence ratios. This emissions data is provided in the 2nd and 3rd sheet, titled ' Stratified H2_Emissions Data' and 'Ternary Blends_Emissions Data'. Finally, different radicals and NO emissions profiles are provided in the 4th and 5th sheet.
DOI: 10.17035/d.2023.0259879399
title: Zeta potential and nanodiamond self assembly assisted diamond growth on lithium niobate and lithium tantalate single crystal: data

description: This dataset is for the work on growth of diamond on lithium niobate(LNO) and lithium tantalate(LTO) Raman data: raw data for LNO, silicon dioxed coated LNO (SLNO), LTO, silicon dioxide on LTO (SLTO), diamond on SLTO and diamond on SLNO. First column is raman shift and the second is intensity. XPS: x-ray photo electron spectroscopy data for LNO and LTO. Needs Casa xps for opening and analysing the data. Zeta: zeta potential data for LNO and LTO. each data point is a set of measuments.
DOI: 10.17035/d.2023.0257041928
title: Direct-write projection lithography of quantum dot micropillar single photon sources: data

description: The data are part of a series of experiments that charactrise the properties of semiconductor devices known as micropillars. The Q-factors measured are a figure of merit for the quality of the sidewall roughness of the etched structures (Fig.2). Further to that the properties of semiconductor nanostructures enclosed within the micropillars are neasured, using the second order correlation of the photons emitted along with the non-classical interference observed between subsequent photons produced by the quantum dot micropillar devices (Fig.3), reflecting the quality of the photons produced. The file is structured as follows each sheet corresponds to a part of each figure found within the manuscript with title "Direct-write projection lithography of quantum dot micropillar single photon sources", e.g. Fig.2(a), the detailed description may be found below. Sheet Fig.2(a): in column A the wavelength and in B the counts for the mesured data, in D the wavelength and E the corresponding values for the fitted data. Sheet Fig.2(b): in column A the wavelength and in B the normalised reflectivity for the mesured data, in E the wavelength and F the corresponding values for the fitted data. Sheet Fig.2(c): in column A the diameter of the micropillars measured, in B the measured Q-factor for each micropillar and in C the corresponding error for the measured Q, in E the diameter and F the corresponding values for the fit to the model used. Sheet Fig.2(d): in column A the diameter of the micropillars measured, in B the measured Q-factor for each micropillar and in C the corresponding error for the measured Q, in E the diameter and F the corresponding values for the fit to the model used. Sheet Fig.2(d): in column A the diameter of the micropillars measured, in B the measured Q-factor for each micropillar and in C the corresponding error for the measured Q, in F the diameter and G the corresponding values for the fit to the model used. Sheet Fig.3(a) The square root of power applied in column A and the measured count-rate in column B. Sheet Fig.3(b) In column A the time difference between the coincidences and in B the normalised g2. Sheet Fig.3(d) In column A the time difference between the coincidences, in B the normalised g2 for co-polarised arms of the HOM setup and in C the normalised g2 for orthogonally polarised arms. Sheet Fig.3(e) In column A the time difference between the coincidencesand in B the normalised g2 for orthogonally polarised arms of the HOM setup. Sheet Fig.3(f) In column A the time difference between the coincidences and in B the normalised g2 for co-polarised arms of the HOM setup.
DOI: 10.17035/d.2023.0251260631
title: Towards Using a Multi-material, Pellet-fed Additive Manufacturing Platform to Fabricate Novel Imaging Phantoms: data

description: The attached raw data are presented in figures within the manuscript: Fig 4: Measurements of the built parts relative to the aspired, digital design files. Data defines the length of each border, for the 3 parts built from each material, across teh 4 infill densities. Fig 5: Precision of the built parts, with data describing the relative measurements across the 3 materials. Fig 6: Data derived from micro computer tomography, describing the relative density of each part relative to the density prescribed during the manufacturing process. Fig 7: The Hounsfield Unit of each part, derived using a clinical computer tomography scanner. This demonstrates how the HU value can vary across the parts, most likely due to the changes in parameters presented in figures 4 - 6.
DOI: 10.17035/d.2023.0246621627
title: Research Data supporting "Deformed Honeycomb Lattices of InGaAs Nanowires Grown on Silicon‐on‐Insulator for Photonic Crystal Surface‐Emitting Lasers"

description: We provide the data and the python code with Leguge package that produced the data set. Each row of the data corresonds to one k point in the band structure and the values are the normalized frequencies from the lowest band. the atomic fraction (the second column) as a function of position (the first column) for Ga and In. the spectrum data which contains the wavelengths in nm (the first column) and the PL intensity (the second column). FDTD simulation data for far-field patterns. There are data files for different unit cell size from 1x1 to 10x10. PL spectrum from honeycom lattice which contains the wavelengths in nm (the first column) and the PL.
DOI: 10.17035/d.2022.0234675587
title: Biostimulation of jarosite and iron oxide-bearing mine waste enhances subsequent metal recovery - data

description: Movement of metals from less reactive phases to more reactive phases (sequential extraction data) after biostimulation by glycerol in iron oxy-hydroxide and jarosite bearing waste. The mine waste was collected and characterised according to BS 1377–2:199 and the partice size was determined by Mastersizer 3000 laser diffraction particle size analyser (Malvern).The metal composiiton of the waste was determined using ICP-OES and the waste was also subjected to sequential extraction. Columns packed with mine waste biostimulated with glycerol. The effluents were analysed for total metals, total iron, Fe(ii), alkalinity, pH, DO, ORP, and EC. After the experiment, the waste from all the columns were leached by HCl, H2SO4, acetic acid, and EDTA, followed by sequnetial extraction.
DOI: 10.17035/d.2022.0233851852
title: Feasible operation region of an electricity distribution network (UKGDS feeders as examples) - data

description: In the course of net zero carbon transition, electricity distribution networks are faced with great challenges brought by increasing total and peak demand and the significant uncertainties from renewable power generation and customer behaviors. Therefore, distribution network operators need effective tools to assess the capability of distribution networks in integrating generation and demand to conduct active management and efficient expansion of networks. We published a paper on Applied Energy, providing a novel methodology that is termed as feasible operation region to accurately evaluate the capability of distribution networks. The dataset regarding this paper includes 3 EXCEL files and "README.txt". The detailed description for them are presented as follows: 1. "UKGDS_Feeders.xls" provides data for the 11kV United Kingdom Generic Distribution System (UKGDS). Sheets "Feeder1_Buses" and "Feeder1_Branches" provide the basic information of the nodes and branches respectively used in the 5-node test feeder of the study, while sheets "Feeder8_Buses" and "Feeder8_Branches" provide data for the 27-node test feeder of the study. Other sheets store the data for the whole UKGDS (with 8 feeders in total) for reference. 2. "Results of 5-node feeder.xlsx" provides the results for the feasible operation region of the 5-node test feeder. It contains 8 sheets in total, providing the data behind Fig.10, Fig.11 and Fig A.1. (1) Regarding Fig. 10, "Err_thermal boundaries" and "Err_voltage boundaries" sheets present boundary errors of both quadratic expressions and hyperplane expressions of FOR boundaries in the 5-node feeder (measured by multiple distance functions). (2) "Currents_bpts" and "Voltage_bpts" sheets provide operation error of FOR boundaries in Fig.11. (3) The sheets "Err_each HP thermal boundary", "Err_each QD thermal boundary", "Err_each HP voltage boundary" and "Err_each QD voltage boundary" present boundary errors for hyperplane/quadratic expressions of each thermal/voltage boundary in the 5-node feeder in Fig. A.1 in Appendix. 3. "Results of 27-node feeder.xlsx" provides the results for the feasible operation region of the 27-node test feeder. It stores the data behind Fig.13 and Fig.14. (1) Corresponding to Fig. 13, "Err_thermal boundaries" and "Err_voltage boundaries" sheets present the data on boundary errors of FOR boundaries in the 27-node feeder. (2) "Currents_bpts" and "Voltage_bpts" sheets provide the operation error of FOR boundaries in Fig.14. 4. In "README.txt", the description and some notes of the dataset are provided.
DOI: 10.17035/d.2022.0228051199
title: Optimal Annual Operational Cost of a Hybrid Renewable-Based Microgrid to Increase the Power Resilience of a Critical Facility: Data

description: The Data include the main input data used to simulate the microgrid and the results of the simulated resilience scenarios. The input data file includes the characteristics of microgrid components in a separate spreadsheet and the load input data (kW) in a separate spreadsheet. The simulated microgrid outage scenarios files are included in separate files where each file has the scenario number and each sub-scenario result is shown in a separate spreadsheet.
DOI: 10.17035/d.2022.0230251614
title: Online survey data relating to heart rhythm abnormalities in men and boys with X-linked ichthyosis (XLI) and female carriers of XLI-associated genetic deletions

description: The data are archived in an Excel spreadsheet, with individual rows representing different participants, and columns representing participant responses to individual online survey questions (questions and response options are provided at the top of each column). 

Questions cover demographic variables, means of XLI diagnosis/carrier status, family history of cardiovascular issues, comorbid medical conditions, precipitants/nature/developmental course/severity of any self-reported heart arrhythmias and their treatments, and opinions relating to cardiac screening for individuals carrying XLI-associated genetic deletions.
DOI: 10.17035/d.2022.0230257036
title: Data - VCSEL quick fabrication of 894.6 nm wavelength epi‐material for miniature atomic clock applications

description: This dataset contains the raw data underpinning the publication titled "VCSEL quick fabrication of 894.6 nm wavelength epi‐material for miniature atomic clock applications" In the folder labelled "Figure 3" there are two sub-folders labelled "standard" and "VQF" which refer to the different devices in fig 3. Withing each sub-folder are csv files containing light-current-voltage data (cols 0,1,2). In the folder labelled Figure 4 & 5, there are two csv files. File labelled fig 4 contains height variation data across the 4-inch wafer. Cols 0,1 represnts X and Y coordinates and col 2 represents Z height calcualtion by a microscope foccusing function. File labelled fig 5 contains oxidation length variation data across the 4-inch wafer. Cols 0,1 represent X and Y coordinates and col 2 represents in-situ measured oxidation length. In the folder labelled "Wafer Map Data", there are two sub-folders which represents data collected for two different device designs, which differ geometry and are designed for different oxidation lengths (this is specified in the folder name). Within each folder is data corresponding to measurements at 25 degrees C and 75 degrees C (included in folder name). Within these folders are 52 sub-folders corresponding to the 52 locations across the wafer where devices were measured. The XY numbers are converted to mm values for the wafer maps plots. The data files for the "8 Micron Oxidation Length" devices underpin the plots of fig 6,7,8,9. The data files for the "12 Micron Oxidation Length" devices underpin the plots of fig 10,11,12 & 13.
DOI: 10.17035/d.2022.0200189886
title: Electron Backscatter Diffraction Data for "New perspectives on the formation of the Boulder Bed of the western Bushveld Complex, South Africa"

description: Data include: 1. Input .ctf files for all grains, host anorthosite grains, and marginal zone grains 2. Exported orientation (IPF), physical parameters (shape factor SF, aspect ratio AR) and phase maps for each grain type for each zone (including all grains) 3. GROD, GOS, and KAM misorientation maps for each grain type for each zone (including all grains) 4. Pole figures for each grain, including both 1 point per grain (1PPG) and all data (Orientation distribution function; ODF) for all points of anorthite) 5. Statistical outputs of fabric data, including pfJ, J, and M index. 6. AVA maps and key for all anorthite grains. The red lines represent plagioclase {010} twin planes. One map displays schematic illustrations of grain orientations while the other does not. 7. Pole figure and statistical output from PFctf_PC2 of Mainprice (https://sites.google.com/site/davidmainprice/home/software). pfJ values and eigenvectors are included.
DOI: 10.17035/d.2022.0226708285
title: Airport electrified ground support equipment for providing ancillary services to the grid: input and result data

description: The files include the data related to model input data which include the modelled ground support equipment specifications, ground support equipment availability and frequency regulation market data. Result file includes all the optimization model results associated with the study which are represented in separate sheets.
DOI: 10.17035/d.2022.0220288116
title: Experimental dataset, analysing fish response to the presence of a single vertical-axis turbine

description: Using scaled laboratory flume experiments, we explore how turbine operation state (i.e., stationary (S) versus rotating (R)), discharge (i.e. mild (M) versus high (H)), and lateral blockage (i.e., confined (narrow flume) versus unconfined channel cross-section (wide flume)) influences the movement and behaviour of juvenile rainbow trout (Oncorhynchus mykiss; Walbaum, 1792). The experimental data sets consist of three excel files, including: (1) Fish behaviour data: For each treatment (narrow flume: MS, MR, HS, HR, and wide flume: MS-WF and MR-WF), 19-20 fish were tested. For each fish, the standard length, total length, and weight as well as time spent within different quadrants of the test section are provided alongside a description of the test section devision. Moreover, behaviour counts are provided for the following behaviours: near-passing, passing, evasion, entering, and potentially experiencing a strike. (2) Fish movement trajectories: Fish location is presented as x,y position over time for all fish and for all treatments, including MS, MR, HS, HR, MS-WF, and MR-WF. (3) Channel hydrodynamics: Downstream hydrodynamics were measured using Acoustic Doppler Velocimetry (ADV) for 10 downstream cross-sections within the y-z-plane at mid-turbine height in the wide flume. Streamwise mean velocity, streamwise turbulence intensity, turbulent kinetic energy, and horizontal Reynolds stress are summarised in the excel file.
DOI: 10.17035/d.2022.0218959420
title: Mid-infrared InAs/InAsSb Type-II superlattices grown on silicon by MOCVD: data

description: In order to quantify and verify the quality of the growth of the Type-II superlattice X-ray diffraction (XRD) was used. The peaks in the XRD data correspond to different atomic spacings within the structure. From this it is possible to quantify exactly what was grown in terms of both composition and layer thickness. The XRD data is in .X01 format and can be opened with the open source X'Pert Epitaxy to view the peaks. Fourier transform infrared spectroscopy was used to characterise the photoluminescence (PL) performance of the T2SL from 77 K to 300 K as shown in Fig. 5a. A 671 nm Diode-Pumped Solid State (DPSS) laser was used to pump the sample to acquire PL. The PL data is presented as an .xlsx file with the first column corresponding to the wavelength and each column after that corresponding to a different temperature. The width of the peaks is a good indicator to the quality of the sample.
DOI: 10.17035/d.2022.0218102868
title: Bullseye dielectric cavities for photon collection from a surface-mounted point source

description: These data represent the paper's numerical results with the dataset's title. This dataset contains 21 *.xlsx files in which each file name belongs to the figure's subplots. 

Figure 1b > Collection efficiency & Purcell factor vs. Wavelength

Figure 2a > Purcell factor vs. Wavelength vs. Central disk diameter
Figure 2b > Purcell factor vs. Wavelength vs. Duty cycle
Figure 2c > Collection efficiency vs. Wavelength vs. Central disk diameter
Figure 2d > Collection efficiency vs. Wavelength vs. Duty cycle

Figure 3a > Collection efficiency & Purcell factor vs. polar angle (1nm above and middle of the disk)
Figure 3b > Purcell factor vs. X & Y displacement
Figure 3c > Collection efficiency vs. X & Y displacement
Figure 3d > Collection efficiency & Purcell factor vs. Z displacement

Figure 4a > Excitation enhancement vs. Number of rings (532nm and emission wavelength) (1nm above and middle of the disk)
Figure 4b > Radiative decay rate enhancement vs. Number of rings
Figure 4c > Collection efficiency enhancement vs. Number of rings
Figure 4d > Effective enhancement vs. Number of rings (532nm and emission wavelength) (1nm above and middle of the disk)

Figure 5a > Collection efficiency vs. Duty cycle vs. Ring period (1st ring)
Figure 5b > Purcell factor vs. Duty cycle vs. Ring period (1st ring)
Figure 5c > Collection efficiency vs. Duty cycle vs. Ring period (2nd ring)
Figure 5d > Purcell factor vs. Duty cycle vs. Ring period (2nd ring)
Figure 5e > Collection efficiency vs. Duty cycle vs. Ring period (2nd ring)
Figure 5e > Purcell factor vs. Duty cycle vs. Ring period (2nd ring)

Figure 6c > Collection efficiency vs. Number of rings (with and without apodization)
Figure 6d > Purcell factor vs. Number of rings (with and without apodization)
DOI: 10.17035/d.2022.0218580664
title: Experiment dataset for: Mapping the Effect of Substrate Temperature Inhomogeneity During Microwave Plasma-Enhanced Chemical Vapour Deposition Nanocrystalline Diamond Growth

description: This experimental dataset contains temperature and property mapping data of diamond films grown bty microwave plasma-enhanced chemical vapour deposition (MPECVD) Data includes: -In-situ temperature maps for several molybdenum substrate holders. -Simulated plasma density during growth for the same holders. -Raman spectroscopy maps of two polycrystalline diamond films. -Spectroscopic ellipsometry map of a thin polycrystalline diamond film.
DOI: 10.17035/d.2022.0218686600
title: Emissions, spectrum and simulation data for 70/30 (vol.%) ammonia/hydrogen blend at a wide range of equivalence ratios (0.55 - 1.30)

description: Set of data was obtained for 70/30(vol.%) NH3/H2 blend using an industrial scale swirl burner with a swirl no, Sg = 1.05. Exhaust emissions was measured by a bespoke state-of-art Quantum Cascade Analyser (CT5100) for a wide range of equivalence ratios (0.55 - 1.30). Emissions data (NO, NO2, N2O, NH3) at 8 kW thermal power are provided in the 1st two sheets,respectively, titled 'Emissions Data_WET' and 'Emissions Data_15% O2, DRY'. These data sheets also contain simulation predictions conducted by Chemkin. A Blue-wave StellerNet CMOS spectrometer was used to measure the radicals emitted from the previously mentioned blends. This spectrum data is provided in the third sheet, titled, 'Spectrometry Data_Xnh3_0.70'.
DOI: 10.17035/d.2022.0217821122
title: A multi-point constraint unfitted finite element method - data

description: This dataset contains the results produced by a new unfitted finite element method that is capable of capturing strong and weak discontinuities internal to the elements and features strong enforcement of essential boundary and interface conditions, along with cut element stability. The dataset comprises 5 vtk files, which correspond to the numerical results of the following problems: i) Heat conduction with unfitted Neumann boundary condition, ii) Poisson interface problem with unfitted weak and strong discontinuity, iii) Poisson problem on circular domain with unfitted essential boundary and iv) Poisson problem on annulus domain with unfitted essential boundary.
DOI: 10.17035/d.2022.0217821360
title: A 3D coupled finite element model for simulating mechanical regain in self-healing cementitious materials - data

description: This dataset contains the results produced by a new 3D coupled finite element model for simulating the behaviour of self-healing cementitious materials. The model accounts for the many interacting physical processes governing the healing response including healing agent transport and the mechanical damage-healing behaviour. In addition, the model employs a generalised healing front formulation that can simulate healing of cyanoacrylates, autogenous agents and sodium silicates. The dataset comprises 4 Excel files that contain the results of the model when simulating the following example problems: i) healing front study, ii) three-point bending of vascular self-healing speciment, iii) autogenous healing with and without crystalline admixtures and iv) vascular self-healing slab.
DOI: 10.17035/d.2022.0216846560
title: MATLAB scripts for grain size and misorientation analysis of epidote-blueschist samples

description: Two representative samples of epidote-blueschist were analysed through electron backscatter diffraction (EBSD) to quantify epidote-blueschist foliation and deformation style of glaucophane and epidote. EBSD data was acquired using the Zeiss HD Field Emission Gun Analytical Scanning Electron Microscope in the department of Earth and Environemntal Sciences at Cardiff University.

This dataset contains two MATLAB scripts used for the quantification of grain size and foliation ("Data_Script_SPO.m") and intragranular misorientation ("Data_Script_Misorientation.m") of glaucophane and epidote. The misorientation script data can be interpreted using the free MTEX software (https://mtex-toolbox.github.io/), and the grain size script data can be interpreted using ImageJ analysis (https://imagej.nih.gov/ij/download.html). The scripts used were modified from the MTEX toolbox (e.g., Bachmann et al., 2010).
DOI: 10.17035/d.2022.0215292771
title: Comparison of nanodiamond coated quartz filter with commercial electropositive filters: zeta potential and dye retention study - data

description: The data set consists of BET surface area data, zeta potential data and retention data. BET surface area data are in text format and it gives all the relevant details about the experiment. The zeta data is split in folders. The xlx/csv files give the final result of ph vs zeta. the subfolders have xlx/csv files showing pressure vs streaming voltage for each measurment point. the slope from each of the curve is used to calculate the actual zeta potential.