TUDOdata (Techn. Univ. Dortmund)
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Compiled drift-velocity and mobility data for charge carriers in diamond
No full textThis dataset contains compiled drift-velocity and mobility data for electrons and holes in diamond, digitised from multiple published experiments. The data are organised into subfolders with mobility as a function of temperature, drift velocity as a function of electric field, and drift velocity as a function of temperature, and are stored as simple text files in open formats. The collection supports the analysis and modelling presented in the manuscript “Review, Analysis, and Modelling of Charge Carrier Mobility in Diamond” and is intended to enable transparent comparison and reuse of transport data from the diamond literature. In addition to the numerical data, the dataset includes a ROOT/C++ analysis macro and documentation that reproduce the global model fits and diagnostic plots used in the study. No personal or sensitive data are contained in this dataset
Load direction and temperature impacts on cyclic creep behavior of laser-based powder bed fusion-produced WE43 magnesium alloy
No full textThe dataset links data for the publication 10.1016/j.addlet.2025.100316. The data consists of mechanical characterization for additively manufactured WE43 alloy
Replication Data for: Performance Optimization of a Continuous Vacuum Screw Filter for Various Particle Sizes by Screw Design
No full textThis dataset contains raw and processed data used in the analysis of various screw designs for particle isolation using the CVSF. It includes measurements concerning the analysis of particle size distribution (PSD) maintenance, purification performance, drying performance and traceability based on the residence time distribution (RTD) of the solid phase in the apparatus. Data are provided as both raw values and as aggregated statistics with standard deviations. Graphs referenced in associated Origin files are also included, with corresponding PNG images for each figure presented in the related publicatio
Raw Data for "Reactivity of Ketenyl Anions towards Ammonia"
No full textPROJECT DESCRIPTION:
Alkali metal ketenyls, [M(RCCO)], were found to exhibit diverging reactivities towards ammonia depending on the substitution pattern. Ketenyl anions with strong electron-withdrawing groups (R = CN or tosyl) react with NH3 to β-ketoamides, while the phosphinoyl substituteted systems (R = Ph2P(E), E = S, Se) activate all three N-H bonds, resulting in a trianionic triamide. This triamide exhibits a dimeric structure with the six potassium cations forming a unique planar triangular {K6}6+ cluster.
DATASET DESCRIPTION:
Single folders were created for all separate compounds, named with the corresponding number in the manuscript.
The folders contain subfolders with NMR, IR, and Elemental analysis data respectively. For compound 3PSe, DOSY-NMR and NMR for the heating experiment are inside the NMR subfolder as '3PSe_DOSY' and '3PSe_heating', respectively.
Programs that can be used to open the data:
IR: The data can be opened with LabSolutions software from Rigaku (an open source alternative would be the software "OpenChrom"). Additionally, the data are provided as text-files.
NMR: Can be opened with MestReNova.
Elemental Analysis (EA): Can be opened with Adobe Acrobat Reader
J. C. Kittel's "24 Chorales with Multiple Basslines"
No full textA modern edition and worksheets for J. C. Kittel's "24 Choräle mit acht verschiedenen Bässen über eine Melodie von J. Ch. Kittel letztem Schüler von Joh. Seb. Bach." File formats are PDF, Dorico, and musicxml
Dataset corresponding to the paper "First evidence of a square-like Sn lattice on the Au2Sn surface alloy on Au(111)"
No full textRaw data for the manuscript: 'First evidence of a square-like Sn lattice on the Au2Sn surface alloy on Au(111)'
Corresponding paper:
https://doi.org/10.1016/j.apsusc.2025.164470
Abstract:
We report on the structural and chemical evolution of submonolayer Sn deposited on Au(111) at room temperature, which leads to the formation of a novel square-like Sn phase at a coverage of approximately 2/3 ML.
Low-Energy Electron Diffraction (LEED) and atomically resolved Scanning Tunneling Microscopy (STM) reveal a locally square Sn lattice with slight distortions, forming a Rec(7.7x3.85) superstructure.
X-ray Photoelectron Spectroscopy (XPS) and valence band analysis show that this phase does not directly form on the pristine Au(111) surface but instead grows on an intermediate Au2Sn surface alloy.
While a previous report proposed a honeycomb-like structure for this phase, its atomic arrangement remained unresolved. Our atomically resolved STM data reveal a square-like Sn lattice in the topmost layer and establish the Au2Sn surface alloy as a crucial intermediate layer for its formation.
Additionally, our results offer insights on the temperature-dependent structural evolution of Sn on Au(111) at ~2/3 ML coverage, highlighting the importance of the Au2Sn-alloy as an intermediate layer and offering pathways towards the growth of freestanding stanene atop.
Our observation of a well-defined square-like Sn lattice beyond the honeycomb arrangement highlights the structural versatility of 2D Sn phases. It provides an appealing approach for exploring elemental monolayers with unconventional atomic arrangements and novel physical properties.
Analysis XPS Data:
.txt files contain the measured data (column 1: kinetic energies; other columns: measured counts in the 9 different CEM's).
.csv files contain the measured data (column 1: kinetic energies; second column: summed measured counts of the 9 different CEM's as shown in the .txt ).
.xml files contain spectrometers' metadata.
Data was analyzed using LG4X-V2: https://zenodo.org/records/15223359
Analysis LEED Data:
LEED patterns were simulated using LEEDPat:
https://www.fhi.mpg.de/958975/LEEDpat4
Analysis STM Data:
Gwyddion was used for STM data analysis:
https://gwyddion.net/
Structural Model:
Generated using the Python ASE package: https://ase-lib.org/index.html
Visualized using VESTA: https://jp-minerals.org/vesta/en/
For further requests or for elaboration on the data analysis, please contact Julian A. Hochhaus: [email protected] .</p
Electrical IV and CV measurements for a pcCVD diamond detector
No full textThis dataset provides electrical current–voltage (IV) and capacitance–voltage (CV) measurements for a diamond detector in support of the associated study on charge-carrier transport in diamond detectors. Its purpose is to document the detector’s electrical characterization and to enable reproducibility of the comparison between different detector conditions.
The dataset is experimental in nature and consists of instrument-exported plain-text measurement files, corresponding voltage-wise summary tables, selected quick-look PDF exports, and Python plotting scripts. The measurements are organized by measurement type (IV and CV), detector state (pumped and unpumped), and, for IV data, by positive and negative bias polarity.
Its scope covers the raw and summarized electrical measurement data needed to inspect current and capacitance behavior as a function of applied bias, together with the accompanying code used to visualize and compare pumped and unpumped measurement results. The package is intended as a documentation and reproducibility resource for the electrical characterization presented in the related publication
Replication Data for "A Phase Microscope for Quantum Gases"
No full textExperimental images and associated analysis codes used to generate the figures from both main text and supplementary material. Data presented in arXiv preprint https://arxiv.org/abs/2410.10611
Replication Data for: Recovery and deep sequencing of short ssDNA pools from transient, fuel-dependent coacervate droplets
No full text
Raw and processed data for the manuscript 'Recovery and deep sequencing of short ssDNA pools from transient, fuel-dependent coacervate droplets'.
Author list: Anna-Lena Holtmannspoetter*, Corbin Machatzke*, Job Boekhoven#, Hannes Mutschler#
*authors contributed equally
#co-corresponding authors
All scripts used to generate the data can be found at:
https://github.com/hmutschler/droplet-dna-analysis
The data is structured in the following folders:
'raw_data', which contains the raw sequencing reads as FASTQ files (three samples and one unidentified sample, each with R1 and R2 reads),
'cut_adap', which contains the sequencing reads after adapter trimming, in .FASTQ format (three samples, each R1 and R2 read),
'len_fil', which contains the sequencing reads after length filtering, in .FASTQ format (three samples, each with R1 and R2 reads),
'per_base_content', which contains the output files from analysing nucleotide content as .PDF files (7 figures),
'mfe', which contains the original 'file_list.txt' required for the analysis script, the output data from the analysis script in .txt format (three samples, four files each) and the output figure in .pdf format,
'streme_output', which contains the output from MEME Suite's STREME software: a file containing all motif data in .txt format and output data from the analysis script in .pdf format,
'structure', which contains the output files from the RNAshapes analysis as .txt files (three samples) and the output figures from the analysis script as .pdf files (two figures).
The same dataset was also used in the following study:
Machatzke, C., Holtmannspötter, A.-L., Mutschler, H. and Boekhoven, J. (2025). DNA affects the phenotype of fuel-dependent coacervate droplets'.
https://chemrxiv.org/engage/chemrxiv/article-details/68a63016a94eede154afd83c
Data transfer and backup
No full textA basic introduction on Data Backup and Transfer for Research Dat