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Evaluation: Transcript of the interview with a research associate and principal investigator from Swisstopo/Mont Terri
Get PDFBackground:
As part of the doctoral thesis "XR-KIS: An Extended Reality-based Information System for Knowledge Management in Nuclear Facilities," expert interviews were conducted for both requirements analysis and evaluation. The aim of the evaluation was to determine the extent to which the developed XR-KIS application is applicable to different nuclear facilities, as intended in the concept, in light of its implementation in the Mont Terri underground rock laboratory in Switzerland. Half of the interview partners had already been interviewed during the requirements phase, which ensures a balanced ratio of experts who were familiar with the concept from the outset and those who only became acquainted with the application after its completion.
Regarding the transcript "Interview with a research associate and principal investigator from Swisstopo/Mont Terri":
The two interviewees tested the application extensively in Mont Terri. The interview focused on usability and the implemented functionalities. This user feedback is a valuable component in validating the design and implementation of XR-KIS. In addition, potential improvements and enhancements were discussed in general and for the Mont Terri Underground Rock Laboratory in particular.
Note:
The interview partner(s) has/have given written consent to the publication of this anonymized transcript as part of an authorization process. The German version represents the original text
PXRD data LiNbO3, KNbO3 and NaNbO3
No full textPowder diffraction data, refinement control files and structure factor lists of ground LN, KN and NN single crystals. Device: STOE Stadi-P modified, Mo Kalpha
Code
No full textThis dataset contains postprocessing code used for the paper ''Bridging the gap between bubble dynamics and their influence in electrochemical systems'' submitted for review in the journal International Journal of Hydrogen Energy in 202
Prompts zur Strukturierungsunterstützung der Anhänge
Get PDFDie vorliegende Datei beschreibt die Prompts für ChatGPT, welche zur Strukturierungsunterstützung der Anhänge A6-A8 verwendet wurden. Die inhaltliche Korrektheit wurde im Rahmen der Arbeit stets nach bestem Wissen und Gewissen überprüft
Dataset for "stability, metastability, and exfoliability of MAX phases and their 2D MXene derivatives: Insights from electronic structure calculations"
No full textThis dataset contains the computational research data underlying the doctoral thesis "Stability, metastability, exfoliability of MAX phases and their 2D MXene derivatives: insights from electronic structure calculations" (TU Darmstadt, 2025).
Coverage: Only the data related to Chapter 04 – Stability of MAX phases and their magnetic properties and Chapter 05 – Stability of unconventional MAX phases are included in this repository. The data for the MXene Chapters ( Chapter 06 and Chapter 07) are already available on the Zenodo: DOI 10.5281/zenodo.15489796, with details in the accompanying publication: DOI 10.1038/s41699-025-00581-1.
Note: No analysis scripts are included in this record, because the analyses rely on self-developed Python modules; these modules are available from the author upon request. For Chapter 06 and Chapter 07, the analysis scripts are provided in the Zenodo repository (DOI: 10.5281/zenodo.15489796).
File Formats and Usage:
- Data are provided as ASE SQLite databases (*.db).
- Command line: ase db .db
- Python:
"from ase.db import connect
with connect("filename.db") as db:
for row in db.select():
print(row.formula, row.energy) # iterate records, or do sth else.
- Documentation: ASE database guide - https://ase-lib.org/ase/db/db.html
Naming and metadata:
Files are named by chapter and contain self-explanatory metadata.1.
Figure data
No full textThis dataset contains the results in the paper ''Bubble dynamics in alkaline water electrolysis: optical measurements of local void fraction and generated volume flow'' submitted for review in the journal of Power Sources in 202
Code: A general model for frictional contacts in colloidal systems
No full textIn simulations of colloidal matter, frictional contacts between particles are often neglected. For spherical colloids, such an approximation can be problematic, since frictional contacts couples translational and rotational degrees of freedom, affecting collective behavior of, e.g., colloids under shear and chiral active matter. While deterministic friction models exist in granular matter, colloidal systems require thermodynamically consistent treatment of thermal fluctuations. Here, we derive the correct fluctuation-dissipation relation for frictional contacts with Markovian, but otherwise arbitrary linear or nonlinear relation between the friction force and the relative velocity at the contact point, and how to implement the corresponding stochastic force terms. Among other, this creates a new generalized class of dissipative particle dynamics (DPD) thermostats with rotation-translation coupling. We demonstrate effects of frictional contact interactions using the example of Poiseuille flow and motility induced phase separation in active Langevin particles
Liquid Surfaces with Chaotic Capillary Waves Exhibit an Effective Surface Tension
No full text**Introduction**
This folder structure contains the relevant references to data and scripts used for the following publication:
Steffen Bisswanger, Henning Bonart, Pyi Thein Khaing, and Steffen Hardt. "Liquid Surfaces with Chaotic Capillary Waves Exhibit an Effective Surface Tension." Physical Review Letters 133, no. 3 (2024): 034001
Please follow the publication to understand the experimental setup and the procedure for data evaluation.
**Experimental raw data**
Due to the size of the raw data, it is only available upon request from the authors, and not deposited on the public repository except from the data corresponding to a single experimental run as an example. The experimental data has the following structure:
Naming scheme:
YYMMDD/
├─ session_xx/
│ ├─ run_01/
│ │ ├─ YYMMDD_sxx_r01.nd2 # contains raw image data (1 fps); proprietary format readable with imagej plugin
│ │ ├─ jpg/ # contains unpacked frames (.jpg-files)
│ │ ├─ eval/ # contains marked holes to check post processing for screw-ups (.jpg-files)
│ │ ├─ YYMMDD_sxx_r01.csv # contains raw data from laser line sensor
│ │ ├─ eval.csv # contains the evaluated data of the experiment, including wave energy density measurement
│ │ ├─ energy_density_spectra_rel.csv # contains the energy density spectra for each point in the laser line (rel = rigid body motion of substrate is already substracted)
│ │ ├─ spectrum_noise_reduction_rel.csv # contains the (over many points on the laser line) averaged spectrum, with white noise background substraction applied
│ │ ├─
│ ├─ run_02/
│ ├─ ...
│ ├─ run_11/
│ ├─ vibration_data/
Each session is conducted at a constant volume (except from the experiments with constant amplitude available upon request). Each run can be seen as a quasi static experiment corresponding to a specific set of parameters.
The folder "YYMMDD_sxx_vibration_data" is session-specific amd contains the vibration data (frequency and amplitude) corresponding to all the runs.
**Scripts to process and evaluate experimental data as well as to obtain numerical solutions**
- iso_lc_data -
Contains the script used for calculating the iso lc-lines (constant capillary length) shown in figure 2.
- wave energy measurement -
Contains the scripts used for the postprocessing of the laser sheet sensor data, giving the wave energy density measurement.
- bayesian_inference
Contains the scripts for the inference of the capillary lengths from the experimental data used for figure 5 including the forward model, its surrogate model, likelihood functions, Bayesian inference via ADVI, as well as the visualization of intermediate results and the figures in the supplemental material.
** results.csv **
Contains the summarized results.
Day # day of the recorded data
Volume # liquid volume inside the reservoir in units of ml
Velocity_Amplitude # velocity amplitude of the shaker in m/s
Frequency # frequency of the shaker in Hz
Wave_Energy_1000 # wave enegry density (integrared up to 1000 Hz) in N / m * s
Apparent_Defect_Radius # radius of the dry spot as seen from above (smaller than acual due to meniscus) in mm
Apparent_Contact_Line_Length # bounding length of the (not exactly circular) dry spot in mm
Apparent_Defect_Radius_px # radius of the dry spot as seen from above (smaller than acual due to meniscus) in px
Defect_Location_x # x-location of the center of the dry spot in mm
Defect_Location_y # y-location of the center of the dry spot in mm
Acceleration_Amplitude # acceleration amplitude of the shaker in m / s^2
Wave_Energy_1000_std # standard deviation of the energy density spectra (integrated up to 1000 Hz) in N / m * s
Wave_Energy_1414 # averaged wave energy density (if integrated up to 1414 Hz) in N / m * s
Wave_Energy_1414_noise_reducted Wave_Energy_1414_std # averaged, noise reduced wave energy density (if integrated up to 1414 Hz) in N / m * s
image # name of corresponding image
caS_mean
DeltaV_mean
caS_low caS_high
DeltaV_low
DeltaV_high
lc_static_mean
lc_static_low
lc_static_high
lc_mean lc_low
lc_high Srad_mean
Srad_low
Srad_hig
Hydraulic scheme ETA Factory Thermal Supply Systems
Get PDFHydraulic scheme of the thermal supply systems in the ETA Research Factory supply system.Version
Missing Counter-Evidence Renders NLP Fact-Checking Unrealistic for Misinformation
No full textManual analysis data for the publication "Missing Counter-Evidence Renders NLP Fact-Checking Unrealistic for Misinformation" (EMNLP 2022