Helmholtz Institute Freiberg for Resource Technology
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LyROI – nnU-Net-based Lymphoma Total Metabolic Tumor Volume Delineation
No full textCollection of neural network models for metabolic tumor volume delineation in (Non-Hodgkin) lymphoma patients in FDG-PET/CT images. Intended to use within nnU-Net deep learning framework. Trained with a total of 1192 [18F]FDG-PET/CT scans from 716 patients with Non-Hodgkin lymphoma participating in the PETAL trial.
For installation and usage instructions, please visit https://github.com/hzdr-MedImaging/LyROI
Please cite nnU-Net and the respective paper when using LyROI.
List of available models:
LyROI_Orig.zip: regular U-Net
LyROI_ResM.zip: residual encoder U-Net (medium)
LyROI_ResL.zip: residual encoder U-Net (large
Data publication: Universality of heavy r-process element abundances from a freeze-out model
No full textWe provide data tables for element abundances from cosmic stellar sources compared those from a heavy-element freeze-out (HEFO) nonequilibrium thermal model.The production of these data was supported by Polish NCN under grant No. 2021/43/P/ST2/03319, by a honorary stipend from the Foundation for Polish Science within the Alexander von Humboldt program under grant No. DPN/JJL/402-4773/2022, by the Klaus Tschira Foundation, by the Deutsche Forschungsgemeinschaft (DFG, German Research Foundation) – RO 3676/7-1, project486 number 537700965, and by the European Union (ERC, ExCEED, project number 101096243)
Tritium Separation from Gaseous 1,2,3H Isotopologue Mixtures by Selective Adsorption on Ag-Exchanged Zeolite Type Y
No full textSpectra files and Origin files of TDS investigations submitted for publicatio
Data publication: Plant data of the Horizon 2020 project NEXT
No full textPlant‑Soil Chemistry Dataset (Raja 2019 Field Campaign)
## 1. Overview
This repository contains the **final, cleaned chemistry data** that were produced from the 2019 Raja field campaign.
The data combine:
* Plant tissue concentrations (leaf, bark, needles, …) for a set of selected elements.
* Corresponding soil‑till depth, point location, lithology and basic tree information.
* Element‑specific relative‑standard‑deviation (RSD) uncertainties that were calculated from laboratory‑derived uncertainty parameters.
All files are provided in **CSV** format (UTF‑8, `,` separator) and/or the R programming language binary format RData.
*The exact set of tissue files depends on the species/plant‑parts that were sampled; the naming convention is `pl` + lower‑case abbreviation of the tissue (generated by `abbreviate(Plant, minlength = 2)` + `PlantPart`).*
---
## 2. Column description (common to all tables)
| Column | Meaning | Type |
|--------|---------|------|
| `PointID` | Unique identifier for the sampling point (e.g., `NEXT‑2019‑257`). | character |
| `X` / `Y` | Projected coordinates (Easting / Northing, EPSG 3067). | numeric |
| `Plant` | Species name (full). | character |
| `PlantPart` | Plant part sampled (`Leaf`, `Bark`, `Fruit`, …). | character |
| `Tissue` | Short code: ` ` (e.g., `Ac Leaf`). | character |
| `Lithology_updated_Sol` | Detailed lithology description from field notes. | character |
| `Lith_simpl` | Simplified lithology (e.g., `Mafic rocks`). | character |
| `TillDepth_cm` | Soil till depth at the point (cm). | numeric |
| **Element columns** (e.g. `Al`, `As`, `Ca`, …) | Measured concentration **or** relative uncertainty, depending on the file (see below). | numeric |
| `Tissue` (re‑appears) | Same as above – kept for convenience. | character |
### 2.1. Concentration vs. Uncertainty tables
* **`Plant_all_final.csv`** – contains **concentrations** (units as reported by the laboratory, typically mg kg⁻¹).
* **`Plant_uncensored_raw.RData`** – contains the very original, untreated data.
* **`*_uncertainty*.csv`** – the element columns have been **replaced by their relative standard deviation (RSD)**, i.e. a unit‑less proportion (`0.12` = 12 % RSD).
If you need both concentration **and** uncertainty for a given point, use the two files together (join on `PointID`).
---
## 3. Usage notes
* **Joining concentration & uncertainty** – the two CSVs 'plant' and 'plant_uncertainty' share the same column order and can be merged on `PointID`.
* **Missing values** – `NA` indicates either a non‑detected element or that no uncertainty parameter was available for that element.
* **Spatial reference** – coordinates are in **ETRS89 / Lantmäteriet 3006 (EPSG 3067)**, suitable for Swedish national mapping.
* **Element selection** – in the subdatasets not every element is present in every tissue file; only the elements that passed the QC selection criteria are kept
(Dissertation data) Investigation on the surface properties of ultra-fine particles and developing the separation processes for a proton exchange membrane water electrolysis system recycling
No full textData for dissertation
M.Sc Sohyun Ahn
Title: Investigation on the surface properties of ultra-fine particles and developing the separation processes for a proton exchange membrane water electrolysis system recycling
To the Faculty of Mechanical, Process and Energy Engineering of the Technical University Bergakademie Freiberg
Year: 202
Data publication: Synthetic Optical Imaging in PIConGPU
No full textData to create figures for "Synthetic Optical Imaging in PIConGPU" and source code to rerun simulations.
`cryojet_openpmd_data.zip`: Simulation with cryojet density slice (Fig 4a), input files to rebuild and rerun simulation are in `input/include` and `input/etc`
`cryojet_shadowgram_plugin_data.zip`: Simulation with cryojet shadowgram (Fig 4b, 4c, 4d), input files to rebuild and rerun simulation are in `input/include` and `input/etc`
`doubleslit_openpmd_data_setup.zip`: Simulation with double slit setup picture (Fig. 2), input files to rebuild and rerun simulation are in `input/include` and `input/etc`
`doubleslit_shadowgram_openpmd_data.zip`: Simulation with double slit shadowgram made with openPMD time integration (Fig. 3b), input files to rebuild and rerun simulation are in `input/include` and `input/etc`
`doubleslit_shadowgram_plugin_data.zip`: Simulation with double slit shadowgram made with plugin (Fig. 3a and 3b), input files to rebuild and rerun simulation are in `input/include` and `input/etc`
`picongpu-cryojet.zip`: PIConGPU source code for cryojet simulations
`picongpu-doubleslit.zip`: PIConGPU source code for double slit simulation
Data publication: Synthesis and preclinical evaluation of FAP-targeting radiotracers for PET and optical imaging
No full textAnalytical data for chemical synthesis (HPLC, NMR, HRMS), biological data for in vitro and in vivo evaluation (binding assays, small animal imaging
MPK Korea-Germany Junior Research Fellowship – Monthly Scientific Report (2022/2023)
No full textMonthly research reports written by YeEun Lee as part of the MPK (Max Planck POSTECH/Korea Research Initiative) Korea-Germany Junior Research Fellowship Program. The reports summarize her research activities on the recycling of HTEL electrolyzers, conducted at the Helmholtz Institute Freiberg for Resource Technology (HIF), Helmholtz-Zentrum Dresden-Rossendorf (HZDR)
Cluster-Freezeout_PLB860
No full textData for particle production in heavy-ion collisions allow the quantum statistical analysis of the parameters for chemical freeze-out of hadron species with special emphasis on light nuclear clusters. Tables are provided for the freeze-out lines in the plane of temperature and chemical potential in ASCII format. These lines, together with abundances of alpha particle clusters are given also in the temperature-density plane using both linear and logarithmic density scale. The data have been obtained in July-August 2024 within a collaboration between 4 authors of the publication in Phys. Lett. B 860(2025) 139206, who represent 5 Institutions: University of Wroclaw, HZDR/CASUS, University of Rostock, TU Bergakademie Freiberg and University of Frankfurt (Main)
Röntgenbilddaten_KIT_FB_DN30+DN50
No full textHDF5-Container enthalten die rekonstruierten Schnittbilder als Stack zu 2x10000 Bilder mit 256x256px.
Wechselseitig Bildebene 1 und 2 ("deinterleave"-Funktion verwenden)