cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.35097/1341
title: An Electronic Nematic Liquid in BaNi2As2

description: Understanding the organizing principles of interacting electrons and the emergence of novel electronic phases is a central endeavor of condensed matter physics. Electronic nematicity, in which the discrete rotational symmetry in the electron fluid is broken while the translational one remains unaffected, is a prominent example of such a phase. It has proven ubiquitous in correlated electron systems, and is of prime importance to understand Fe-based superconductors. Here, we find that fluctuations of such broken symmetry are exceptionally strong over an extended temperature range above phase transitions in BaNi$_2$(As$_{1−x}$P$_x$)$_2$ , the nickel homologue to the Fe-based systems. This lends support to a type of electronic nematicity, dynamical in nature, which exhibits a particularly strong coupling to the underlying crystal lattice. Fluctuations between degenerate nematic configurations cause a splitting of phonon lines, without lifting degeneracies nor breaking symmetries, akin to spin liquids in magnetic systems
description: Raman scattering data
DOI: 10.35097/1436
title: Analysis data to Caldas-Alvarez and Khodayar (2020)

description: Model output used to produce the graphics of the manuscript Caldas-Alvarez and Khodayar (2020). Observational data are not included as they have been obtained from other institutions. The model output used to produce each graph is labeled "Fig_number_subnumber". The data is readable using MATLAB (files of the format .mat and .nc) and any program able to work with NetCDF data (ncview, ncl, cdo, etc.) for the *.nc files. In the nomenclature, there are 4 simulation types (CTRL-7, NDG-7, CTRL-2.8 and NDG-2.8). The numbers account for the horizontal resolution of the model (7 km or 2.8 km). At times these might also be referred to as EU (for the 7 km) and DE (for the 2.8 km). CTRL refers to the reference runs and the runs including the nudging (see Caldas-Alvarez and Khodayar, 2020) are indistinctly referred to as NDG or AS.
DOI: 10.35097/1219
title: Analysis of publicly available anti-phishing webpages: contradicting information, lack of concrete advice and very narrow attack vector (Online Material)

description: This is the appendix of a paper accepted in EuroUSEC 2020. It will be added as online material through a link.
DOI: 10.35097/1247
title: Appendix (SriAS2Practice): Code & Daten zur Verknüpfung der Videos bei Veröffentlichung auf einem Web-Server

description: Unter Verwendung der im ZIP-File bereitgestellten Informationen bzw. Anwendungen, lassen sich die im Forschungsverbund zur Selbstregulation im Alltag von Studierenden (SriAS 2 Practice, gefördert vom BMBF) produzierten Kurzvideos miteinander verknüpfen. Sofern die vier Videos der Serie (siehe Verweise zur Relation) gemeinsam präsentiert werden sollen, lässt sich die Verknüpfung unter Verwendung der hier bereitgestellten Sekundärinformation leicht umsetzen.
description: Um Zugriff auf das ZIP-File mit allen notwendigen Daten und Informationen zu erhalten, rufen Sie eine korrigierte Version dieses Nachweises unter folgendem Link auf: http://dx.doi.org/10.5445/IR/1000126678
DOI: 10.35097/1332
title: Ancillary files for "Meson width differences and asymmetries - Calculations of higher order contributions to neutral B-meson mixing"

description: # Ancillary files of the PhD thesis ``Meson width differences and asymmetries'' by Marvin Gerlach This folder contains several ancillary files in Mathematica readable form. To load them just use "Get[fileName]" and all necessary information will be printed. The following files are available: * dB2MatrixElemens.m: One- and two-loop matrix elements of the Delta B=2 operators Q, Q_S and Q_S~ with a gluon mass as IR regulator. * Gamma12-Result.m: Final results for the matching coefficients H(z) and H_S~(z) of Gamma_{12} up to O(alpha_s^3) and to leading order in z * MassiveGluonMasterIntegrals.m: Analytic results of the master integrals which include a non-vanishing gluon mass. * R0-SupressionFactors.m: The one- and two-loop results for alpha_Q and alpha_{Q_S~} which recover the power supression of R_0 * ZdB2-Q-QS-QSt.m: Renormalization matrix for the Delta B=2 operator basis up to two-loop order with the physical operators Q, Q_S and Q_S~ * ZdB2-Q-QS-R0.m: Renormalization matrix for the Delta B=2 operator basis up to two-loop order with the physical operators Q, Q_S~ and R_0
DOI: 10.35097/1254
title: Appendix (SriAS2Practice): Code & Daten zur Verknüpfung der Videos bei Veröffentlichung auf einem Web-Server (aktualisierte Version)

description: Unter Verwendung der im ZIP-File bereitgestellten Informationen bzw. Anwendungen, lassen sich die im Forschungsverbund zur Selbstregulation im Alltag von Studierenden (SriAS 2 Practice, gefördert vom BMBF) produzierten Kurzvideos miteinander verknüpfen. Sofern die vier Videos der Serie (siehe Verweise zur Relation) gemeinsam präsentiert werden sollen, lässt sich die Verknüpfung unter Verwendung der hier bereitgestellten Sekundärinformation umsetzen.
description: # SriAS2 Practice H5P Standalone Zur Nutzung der SriAS 2 Practice Videos gibt es mehrere Möglichkeiten: 1. Hosten in einem Web-Server 2. Lokales Öffnen ohne Web-Server 3. Einbinden in eigene Webseite ## Hosten in einem Web-Server Die zip-Datei kann direkt in den Hosting-Ordner des Web-Servers entpackt werden und ist mit der enthaltenen `index.html` ohne weitere Konfiguration lauffähig. Besondere Anforderungen an den Web-Server existieren nicht. Ein einfaches Aufsetzen eines lokalen Web-Servers ist z.B. mit folgenden Programmen möglich: * Node.js, Modul [http-server](https://www.npmjs.com/package/http-server) * Python 2, Modul [SimpleHttpServer](https://docs.python.org/2/library/simplehttpserver.html) * Python 3, Modul [http.server](https://docs.python.org/3/library/http.server.html) * [XAMPP](https://www.apachefriends.org/de/index.html) ## Lokales Öffnen ohne Web-Server Moderne Browser verhindern aus Sicherheitsgründen das Ausführen der Videos, wenn diese nicht von einem Web-Server gehostet werden. Um sich die Videos trotzdem durch ein einfaches Öffnen der Datei `index.html` angucken zu können, müssen diese Sicherheitseinstellungen geändert werden. [Mozilla Firefox](https://www.mozilla.org) erlaubt ein einfaches Umstellen der entsprechenden Einstellung. 1. Öffnen der Webseite [about:config](about:config) 2. Die Warnmeldung bestätigen 3. Nach `privacy.file_unique_origin` suchen 4. Durch einen Doppelklick den Wert von `true` auf `false` ändern Diese Einstellung sollte nach dem Angucken der Videos wieder zurück auf `true` geändert werden. ## Einbinden in eigene Webseite Das Einbinden in eine HTML-Datei ist mit folgendem Code möglich, die Datei `index.html` dient hier als praktisches Beispiel. Die Pfade müssen entsprechend auf den tatsächlichen Ort der gehosteten Dateien angepasst werden. ```html const el = document.getElementById('h5p-container'); const h5pLocation = '/PFAD/ANPASSEN/workspace'; const options = { frameJs: '/PFAD/ANPASSEN/frame.bundle.js', frameCss: '/PFAD/ANPASSEN/styles/h5p.css' }; const displayOptions = { // Aussehen von H5P anpassen frame: false, copyright: true, embed: false, download: false, icon: false, export: false }; const h5p = new H5PStandalone.H5P(el, h5pLocation,options, displayOptions); ```
DOI: 10.35097/1530
title: Application of a Dynamic Pricing for Variant Manufacturing in Production Networks using Reinforcement Learning - Result Data

description: The databases were created with sqlite3
DOI: 10.35097/1504
title: Architectural tunability of mechanical metamaterials in the nanometer range

description: Folder SEM_images includes all original SEM images, which are shown in the Paper. Folder FIB_images includes all FIB images of the Auto Slice and View procedure. HFW = 20.7µm Folder Dimenions and Shrinkage includes SEM images of investigated tetrahedral structures and corresponding table with dimensions and shrinkage calculation (pdf).
DOI: 10.35097/1250
title: Atomic scale displacements detected by optical image cross-correlation analysis and 3D printed marker arrays

description: Overview of the folder structure: -------------------------------- - These folders contain the actual optical images we took and that are the basis of our image cross-correlation (nomenclature is as in the paper): Sample1 - Copper Sample2 - Gold grains Sample3 - Array 1 Sample4 - Array 1 coated Sample5 - Array 2 coated Computer generated data each of these folders contains two subfolders 'drift' and 'step' containing the data referring to the drift measurement and the step-function measurement depicted in Fig.5 of the paper. The folder 'Comuter generated data' additionally contains a folder 'supplementary figureS1 data', which contains the data for said figure. The specific parameters are mentioned in the folder name (see numbers behind 'sig_x' and 'amplitude') - These folders contain the matlab scripts needed to perform the image cross-correlation and create the computer generated data. Matlab scripts Digital Image Correlation - These folders contain .stl files of the printed marker arrays Fabrication
DOI: 10.35097/1243
title: Ausführliche qualitative Aussagen der Befragten zur Dissertation "Akzeptanz und Versicherbarkeit autonom fahrender Automobile - Ein Weg in eine unfallfreie Zukunft" von Arne Holz

description: Bei diesem Dokument handelt es sich um Forschungsdaten, die im Rahmen der Dissertation "Akzeptanz und Versicherbarkeit autonom fahrender Automobile - Ein Weg in eine unfallfreie Zukunft" (Veröffentlichung im Jahr 2020) von Arne Holz (geb. 12.08.1986 in Ulm) erhoben wurden. Es beihaltet die strukturierten qualitativen Antworten der Probanden, die an der Akzeptanzbefragung teilgenommen haben. Diese wurden mithilfe einer inhaltsanalytischen Auswertung in Anlehnung an das Verfahren der Content Analysis nach Stone (1997) ausgewertet. Eine ausführliche Nutzungsbeschreibung findet sich auf der ersten Seite des Dokuments.
DOI: 10.35097/1130
title: Automotive OBD-II Dataset

description: CSV data containing ten vehicle signals logged via the OBD-II interface: Engine coolant temperature, intake manifold absolute pressure, engine RPM, vehicle speed sensor, intake air temperature, air flow rate from mass flow sensor, absolute throttle position, ambient air temperature as well as the accelerator pedal positions D and E. The data was recorded with the OBD-II dongle KIWI 3 from PLX Devices in combination with the smartphone application OBD Auto Doctor from Creosys on an iOS device. The file name is assembled according to the following scheme: ______.csv - and represent start and end position of the log according to the German number plates, i.e. KA = Karlsruhe etc. - is a label indicating the principle road conditions (e.g. normal, frei/free, Stau/busy) - is optional and marks special situations occurring in the vehicle speed data
DOI: 10.35097/1347
title: Auxiliary code for DUNE dipole code

description: # Readme Auxiliary code for `DUNE-dipole-code.tar.xz`
DOI: 10.35097/1431
title: BTAH Hydrogen bonded polymer NEXAFS StoBe calculation

description: Bei den Daten handelt es sich um eine 7z-komprimierte Datei der Eingabe- und Ausgabedateien von und für die Berechnung des wasserstoffbrückengebundenen Polymers, das für die Veröffentlichung in der Zeitschrift „Nanoscale“ (DOI: 10.1039/C9NR04152D und zusätzliche Daten, siehe unten) relevant ist.
description: The data is a 7z compressed file of the input and output fortran files of and for the calculation of the Hydrogen bonded polymer of relevance to the nanoscale publication (DOI: 10.1039/C9NR04152D and the Supplementary File, see below).
description: The files are compressed/encrypted with 7zip.
DOI: 10.35097/1511
title: Ball Screw Drive Surface Defect Dataset for Classification

description: The dataset contains of 21835 150x150 Pixel RGB images of the surface of Ball Screw Drives. 11075 of these images are images without surface defects whereas the rest shows images with surface defects in form of so called pittings. So the dataset is evenly split over the classes. Pittings result from surface disruption and can ultimately lead to the breakdown of the component. To keep the availability of machines high it is important to find surface defects in time. The here presented dataset gives researchers and practitioners the possibility to train and test models for the classification of surface defects on machine tool elements.
description: Images including *_ in the name are rotated by 90°. This originates from the process of image acquisition and does not harm the quality of the dataset but can be seen as a data augmentation technique. This can be reversed. Images with "N" in the file name are images without defect whereas images with "P" in the file name are images showing Pittings.
DOI: 10.35097/1196
title: Benchmark Sets used in the Dissertation of Sebastian Schlag

description: This data set contains all benchmark sets used in the dissertation of Sebastian Schlag.
description: This data set contains all benchmark sets used in the dissertation of Sebastian Schlag. The zip archive contains a dedicated README file for each benchmark set.
DOI: 10.35097/1485
title: COM3D: Turbulent Combustion Code User’s Guides

description: COM3D is a three-dimensional code for turbulent reactive flow simulations in complex 3D-geometries. The Favre averaged Navier-Stokes equations are solved together with different models for turbulence and chemical kinetics. COM3D employs different flow solvers. Advanced numerical procedures are provided to facilitate the grid generation for complex 3D computational domains. COM3D was validated on experiments performed on different scales, with and without chemical reaction. Generally good agreement was observed for the important physical quantities. The code was used for combustion analysis of different application problems, ranging from small-scale laboratory tests up to large-scale reactor containment calculations.
description: Collection of the manuals for program suite COM3D.
DOI: 10.35097/1125
title: COSMO Timestep Simulation Data

description: Data contained within this dataset are from COSMO simulations where the model timestep and aerosol (CCN) concentrations are varied. The model is initialised with the Weisman-Klemp sounding and convection is triggered by a warm bubble. Different configurations of the model numerics (Sequential-Update splittung [default], Parallel Splitting and including additional saturation adjustment before the microphysics call) are included.
description: The data are the netcdf outputs from the COSMO simulations. No post-processing has been applied. CCN concentrations are 100 or 1700 CCN cm-3, the numerics is sequential, parallel, or with satad (saturation adjustment). Output is available after 0, 30, 60, 90, 114, 120 minutes for model timesteps of 1,2,3,4,5,6,10,15(,20) seconds.
DOI: 10.35097/1206
title: Characteristic Sets of RDF Graph Samples

description: The dataset consist of the characteristic sets extracted from the samples taken from DBLP, DBpedia, LinkedMDB, YAGO. Furthermore, the files include metadata of the Characteristic Sets as well as the original dataset. The data is stored as tab-separated files (.tsv).
DOI: 10.35097/1400
title: Chromophores and chemical composition of brown carbon characterized at an urban kerbside by excitation-emission spectroscopy and mass spectrometry

description: The data in the Excel files are related to the publication Jiang et al., ACP, 2022. Each sheet of the Excel files corresponds to one plot in the publication as repeated below. The data originates mainly from Aqualog and FIGAERO-CIMS measurements. The figures and captions from the publication are shown in the following to allow for a good understanding of the data files. Jiang, F., Song, J., Bauer, J., Gao, L., Vallon, M., Gebhardt, R., Leisner, T., Norra, S., and Saathoff, H.: Chromophores and chemical composition of brown carbon characterized at an urban kerbside by excitation-emission spectroscopy and mass spectrometry, Atmos. Chem. Phys. Discuss. [preprint], https://doi.org/10.5194/acp-2022-465, in review, 2022.
description: The data in the Excel files are related to the publication Jiang et al., ACP, 2022. Each sheet of the Excel files corresponds to one plot in the publication as repeated below. The data originates mainly from Aqualog and FIGAERO-CIMS measurements. The figures and captions from the publication are shown in the following to allow for a good understanding of the data files. Jiang, F., Song, J., Bauer, J., Gao, L., Vallon, M., Gebhardt, R., Leisner, T., Norra, S., and Saathoff, H.: Chromophores and chemical composition of brown carbon characterized at an urban kerbside by excitation-emission spectroscopy and mass spectrometry, Atmos. Chem. Phys. Discuss. [preprint], https://doi.org/10.5194/acp-2022-465, in review, 2022.
DOI: 10.35097/1201
title: Climate model simulations for publication "No Cookie for climate change"

description: Climate model simulation data for publication "No Cookie for climate change" by Aiko Voigt and Nicole Albern, accepted in Geophysical Research Letters; more info is given in the README file
DOI: 10.35097/1117
title: Cloud top phase distributions of simulated deep convective clouds

description: Cloud variables of the warm bubble and semi-idealized simulations at hourly resolution, plus eight sensitivity experiments for the semi-idealized setup. Variable descriptions and units are given in the headers of the netcdf files. The naming of the folders corresponding to the sensitivity runs is as follows: semi_ideal_noicemult, semi_ideal_N0_x_0p01, semi_ideal_N0_x_0p1, semi_ideal_N0_x_10,semi_ideal_N0_x_100, semi_ideal_N0_x_1000, semi_ideal_T_2K, semi_ideal_TD_2K contain model output of the sensitivity runs with switched off ice multiplication, scaled heterogeneous ice formation by 0.01, 0.1, 10, 100 and 1000 and an increase in the near-surface temperature or the dewpoint temperature in the boundary layer by 2 K each, respectively. For data with higher time resolution, please contact the authors.
DOI: 10.35097/1354
title: Cloud observing data of 85 stations in western Central Africa

description: Der Datensatz beinhaltet den Wolkentyp und die Wolkenbedeckung von synoptischen Wetteraufzeichnungen an 85 verschiedenen Stationen im westlichen Zentralafrika. Einerseits beinhaltet der Datensatz die originalen Werte wie auch homogenisierte Werte.
description: The dataset includes the cloud type and cloud cover at 85 different stations in western Central Africa. On the one hand, the dataset contains the original values as well as homogenized values.
description: This dataset consists of cloud fraction and cloud genus data from 85 stations in western Central Africa from 1971-2019. The database is based on the following databases: Extended Edited Synoptic Cloud Reports Archive (EECRA), Integrated Surface Dataset (ISD), Met Office Integrated Data Archive System (MIDAS), and the African Monsoon Multidisciplinary Analysis (AMMA). The dataset starts on 1st May 1971, covers 3 hourly the months May to October and ends on 31st October 2019. The variables in the dataset cover the cloud fraction, cloud type, homogenized cloud fraction, and a flag for the variables where its origin is. The homogenization of the dataset is discribed in Moron et al. (2022, submitted) and in the meta data discreption of the NetCDF file.
DOI: 10.35097/1346
title: Code for dipole portal at DUNE

description: # Readme Unzip the file. The source code is inside. ## Files - `main_DUNE.cpp` contains the main function, which calls `print_excl_curve(N_ threads, parameters..., EV, STEP_LEN, ...)`, which uses the predictor defined by `CLASS`, to find the `EV` events/year curve in parameter space starting at `parameters...`and using length `STEP_LEN`. For the pure dipole case, the mass-mixing parameter `Usq` is normally set to zero. Note that the program automatically uses `N_threads` threads, whose default value is 4. Use `run.sh` to use the correct number of processors. - In `pred_in_out_DUNE.hpp`, a wrapper class is defined, which contains both the inside- and outside-events predictor. - The files `predictor_DUNE.*` contain the class for the outside-events predictor. This class inherits from `predictor_base.hpp`, which deals with the precomputation and tabulation of the kinematic factors in the integrand, like the cross section and anything depending only on the momenta and scattering angle of the incoming and outgoing neutrino. It also inherits its constants from `consts/DUNE_{FD,ND}_consts.hpp`, which allows easy switching between the near-detector or far-detector geometry. - Similarly, the file `inside_pred_DUNE.hpp` defines the inside-events predictor, which also inherits its geometric constants from `consts/DUNE_{FD,ND}_consts.hpp`. - After running `compile-all.sh`, which compiles relevant `*.cpp` files into object files, run `compile-dune.sh`, which compiles `main_DUNE.cpp` with the object files into the binary `a.out`. Note that you have to recompile if changing class inheritance. To compile with debug flags, first run `compile-all.sh 1` and then `compile-dune-debug.sh`.
DOI: 10.35097/1458
title: Code to "Maximum norm error bounds for the full discretization of non-autonomous wave equations"

description: This code is used for the numerical experiment in Section 6 of the preprint "Maximum norm error bounds for the full discretization of non-autonomous wave equations" by Benjamin Dörich, Jan Leibold, and Bernhard Maier.
description: Part of the code relies on code written by J. Leibold in https://doi.org/10.5445/IR/1000130223. The computations are done in C++ using the Finite Element library deal.II; the plots then are generated with Python3. To use this code, deal.II (release 9.4.0) has to be installed, cf. https://www.dealii.org/9.4.0 In order to compile the program, open a terminal session in this folder and call "cmake -DDEAL_II_DIR=/path/to/deal.II ." Next, call "make release" and "make". Then, one can run the commands (can be done in paralell) ./main P1 ./main P2 ./main P3 ./main euler to execute the code. This performs the computations and generates the files error_space_Q1_ritz.txt error_space_Q2_ritz.txt error_space_Q3_ritz.txt error_time_ImplEuler_ritz.txt in the folder "error" containing the results of the numerical experiments. After that, the plots can be generated with the Python3 Script using in the terminal python3 wave_non_auto_error_plots.py in the folder "tikz".
DOI: 10.35097/1447
title: Code to "Strong norm error bounds for quasilinear wave equations under weak CFL-type conditions"

description: This code is used for the numerical experiment in Section 2 of the preprint "Strong norm error bounds for quasilinear wave equations under weak CFL-type conditions" by Benjamin Dörich.
description: Part of the code relies on code written by J. Leibold in https://doi.org/10.5445/IR/1000130223 . The computations are done in C++ using the Finite Element library deal.II; the plots then are generated with Python3. To use this code, deal.II (release 9.4.0) has to be installed, cf. https://www.dealii.org/9.4.0 In order to compile the program, open a terminal session in this folder and call "cmake -DDEAL_II_DIR=/path/to/deal.II ." Next, call "make release" and "make". Then, one can run the commands (can be done in paralell) ./main P1 ./main P2 ./main P3 ./main euler ./main midpoint to execute the code. This performs the computations and generates the files error_space_Q1_ritz.txt error_space_Q2_ritz.txt error_space_Q3_ritz.txt error_time_ImplEuler.txt error_time_MidpointRule.txt in the folder "error" containing the results of the numerical experiments. After that, the plots can be generated with the Python3 Script using in the terminal python3 wave_non_auto_error_plots.py in the folder "tikz".