cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.6084/m9.figshare.23931753.v1
title: Raw data related to publication "Microplastics could be marginally more hazardous than natural suspended solids –a meta-analysis"

description: Supplementary data table 1 contains collated toxicity data for microplastics and suspended solids. The R-code for all analyses which are based on data table 1 is also provided. Data and R-code are related to publication:Microplastics could be marginally more hazardous than natural suspended solids –a meta-analysisM. Ogonowski1*, M. Wagner2, B. Rogell1, M. Haave3,4, A. Lusher5,61 Department of Aquatic Resources, Institute of Freshwater Research, Swedish University of Agricultural Sciences, Stångholmsvägen 2, SE-17893, Drottningholm, Sweden2 Department of Biology, Norwegian University of Science and Technology (NTNU), Høgskoleringen 5, NO-7491 Trondheim, Norway3 NORCE, Norwegian Research Centre AS, Climate & Environment, Nygårdsporten 112, NO-5008 Bergen, Norway4 Department of Chemistry, University of Bergen, NO-5020 Bergen, Norway5 Norwegian Institute for Water Research (NIVA), Gaustadalléen 21, NO-0349 Oslo, Norway6 Department of Biological Sciences, University of Bergen, NO-5020 Bergen, Norway*Corresponding author: martin.ogonowski@slu.se<br><br>
DOI: 10.17632/jcss2s7v2m.1
title: G. Sharma, R. Bagga, A. Cemmi, M. Falconieri, S. Baccaro (2015)“Spectroscopic investigations on γ-irradiated Eu3+ and Dy3+ doped oxyfluoride glasses”, Radiation of Physics and chemistry, 108, 48-53. 

description: Research Paper
DOI: 10.17632/dh6w3gbsnj.1
title: S Singla, V G Achanta, N Mahendru, S S Prabhu, M Falconieri, G Sharma (2017) “High refractive index gold nanopartcle doped Bi2O3-B2O3 glasses for THz frequencies”, Optical materials, 72, 91-97. 

description: Research Paper
DOI: 10.17632/ypcvjchvxd.1
title: N Chopra, S Kaur, M Kaur, S Singla, Ritika, G Sharma, Manmohan Singh Heer (2018) “Optical, Physical and structural properties of Er3+ doped low phonon energy vitreous matrices: ZnO-B2O3-TeO2”, Physica status solidi (a), 215, 1700934. 

description: Research Paper
DOI: 10.17632/xb5b98hrd4.1
title: N Mahendru, G P Kothiyal, S Singla, M Falconier, G Sharma (2019) “Photoluminescence and structural characterization of RE doped sodium aluminoscilicateoxyfluoride glass and nano glass-ceramics as a function of γ-irradiation dose”  

description: Research Paper
DOI: 10.17632/62nm9fvh42.1
title: Pilot Studio Benchmark for a Round Robin Test on Room Acoustics Wave-Based Simulations

description: Broadband wave-based simulation methods have been applied to an increasing number of 3D virtual rooms thanks to recent scientific and computational advances. The present Round Robin Test (RRT) focuses on practical aspects of room acoustics simulation, using any wave-based approach (FEM, BEM, FDTD, FVTD, etc...). The overall goal is to share a solid benchmark platform, which can be helpful to acousticians, engineers, and scholars. The shared materials will allow running simulations with different wave-based techniques and by various operators starting from the same models and boundary conditions. 
Expected outcomes: 
1)	Results are compared against measurements and among the simulation tools (ISO 3382 room criteria and frequency responses)
2)	Uncertainty information for boundary conditions 

The following materials are provided: 3D Model (SketchUp 2017), Measurements (ISO 3382),  Sound absorption coefficients
Materials to be shared for implementing the Round Robin Test dataset: Simulated IRs (.wav),  Boundary conditions employed (complex-valued surface impedances)
For more information about the case study: https://doi.org/10.3390/app11062445
You can send your interest and materials to giulia.fratoni2@unibo.it
DOI: 10.17632/tswmf437jy.1
title: Dataset of PIV measurements for VVER Pressurized Water Reactor Rod Bundle Geometries including Spacer Grids for CFD Model Validations

description: A PIV test facility called PIROUETTE (PIv ROd bUndlE Test faciliTy at bmE) has been built at BME (Budapest University of Technology and Economics) 
NTI (Institute of Nuclear Techniques). The facility is capable of investigating of flow processes under isothermal conditions with different type
triangular lattice seven-rod bundles. The currently investigated rod bundle is featuring spacer grids and hydraulic conditions related to the VVER-1000 and 
VVER-1200 fuel assemblies. For technical reasons, the geometry used here is a slightly enlarged version of the original geometry, which represents a 9.9% increase in D while maintaining the P/D ratio. This small bundle of 7 rods is a geometrically accurate representation of a piece of the real reactor's fuel bundle, including  the spacer grids. These spacer grids were 3D printed from a special type of plastic for the PIV experiments in order to reproduce the real geometry inside  the assemblies as accurately as possible. The effect of the spacer grids with vanes (which are located on the spacer grid belt section) was investigated  using different test grid configurations.  The detailed, high resolution experimental data could be used for CFD
(Computational Fluid Dynamics) benchmarking and code validation, and therefore can serve the further safe and reliable operation of these type of reactors.
The results presented here include the 3D model of the measurement geometry and velocity distributions along various monitor lines from experiments.

File Description

Geometry files are provided under the name 'VVER-1200-FLUID_V1, VVER-1200-FLUID_V2 and VVER-1200-FLUID_V3' in three formats: StereoLithography (*.stl), 
STEP (*.stp), and Parasolid (*.x_t).
Datafiles are available in excel format (*.xlsx).
The data are organised in separate subfolders according to the different measurement cases. 
Each subfolder contains three excel files containing the results recorded in the three different planes. 
The nomenclature is as follows: the file VVER-1200_V3_P1_Monitor_Lines.xlsx contains the first set of monitor line velocities recorded on
the "P1" position plane of the "VVER-1200" rod-bundle "V3" type spacer grid. The excel table contains 6 separate tabs covering velocity distributions recorded 
at distances 0.5, 1, 2, 3, 5 and 10D distances. The first 0.5D tab also includes an explanatory figure and the data series are plotted on a graphs.
The main data series are presented in the following four columns:
X [mm] - X position on the line
W [m/s] -Axial velocity component
U [m/s]	-Transversal velocity component
Uncertainty W [m/s] - calcualted uncertainty realted to the axial velocity component
Uncertainty U [m/s] - calcualted uncertainty realted to the transversal velocity component
DOI: 10.17632/tswmf437jy.2
title: Dataset of PIV measurements for VVER Pressurized Water Reactor Rod Bundle Geometries including Spacer Grids for CFD Model Validations

description: A PIV test facility called PIROUETTE (PIv ROd bUndlE Test faciliTy at bmE) has been built at BME (Budapest University of Technology and Economics) 
NTI (Institute of Nuclear Techniques). The facility is capable of investigating of flow processes under isothermal conditions with different type
triangular lattice seven-rod bundles. The currently investigated rod bundle is featuring spacer grids and hydraulic conditions related to the VVER-1000 and 
VVER-1200 fuel assemblies. For technical reasons, the geometry used here is a slightly enlarged version of the original geometry, which represents a 9.9% increase in D while maintaining the P/D ratio. This small bundle of 7 rods is a geometrically accurate representation of a piece of the real reactor's fuel bundle, including  the spacer grids. These spacer grids were 3D printed from a special type of plastic for the PIV experiments in order to reproduce the real geometry inside  the assemblies as accurately as possible. The effect of the spacer grids with vanes (which are located on the spacer grid belt section) was investigated  using different test grid configurations.  The detailed, high resolution experimental data could be used for CFD (Computational Fluid Dynamics) benchmarking and code validation, and therefore can serve the further safe and reliable operation of these type of reactors. The results include velocity field, velocity standard deviations (RMS), Reynolds stress and turbulent kinetic energy distributions extracted from the measured data.
The results presented here include the 3D model of the measurement geometry and velocity distributions along various monitor lines from experiments.

File Description

Geometry files are provided under the name 'VVER-1200-FLUID_V1, VVER-1200-FLUID_V2 and VVER-1200-FLUID_V3' in three formats: StereoLithography (*.stl), 
STEP (*.stp), and Parasolid (*.x_t).
Datafiles are available in excel format (*.xlsx).
The data are organised in separate subfolders according to the different measurement cases. 
Each subfolder contains three excel files containing the results recorded in the three different planes. 
The nomenclature is as follows: the file VVER-1200_V3_P1_Monitor_Lines.xlsx contains the first set of monitor line velocities recorded on
the "P1" position plane of the "VVER-1200" rod-bundle "V3" type spacer grid. The excel table contains 6 separate tabs covering velocity distributions recorded 
at distances 0.5, 1, 2, 3, 5 and 10D distances. The first 0.5D tab also includes an explanatory figure and the data series are plotted on a graphs.
DOI: 10.17632/tswmf437jy.3
title: Dataset of PIV measurements for VVER Pressurized Water Reactor Rod Bundle Geometries including Spacer Grids for CFD Model Validations

description: A PIV test facility called PIROUETTE (PIv ROd bUndlE Test faciliTy at bmE) has been built at BME (Budapest University of Technology and Economics) 
NTI (Institute of Nuclear Techniques). The facility is capable of investigating of flow processes under isothermal conditions with different type
triangular lattice seven-rod bundles. The currently investigated rod bundle is featuring spacer grids and hydraulic conditions related to the VVER-1000 and 
VVER-1200 fuel assemblies. For technical reasons, the geometry used here is a slightly enlarged version of the original geometry, which represents a 9.9% increase in D while maintaining the P/D ratio. This small bundle of 7 rods is a geometrically accurate representation of a piece of the real reactor's fuel bundle, including  the spacer grids. These spacer grids were 3D printed from a special type of plastic for the PIV experiments in order to reproduce the real geometry inside  the assemblies as accurately as possible. The effect of the spacer grids with vanes (which are located on the spacer grid belt section) was investigated  using different test grid configurations.  The detailed, high resolution experimental data could be used for CFD (Computational Fluid Dynamics) benchmarking and code validation, and therefore can serve the further safe and reliable operation of these type of reactors. The results include velocity field, velocity standard deviations (RMS), Reynolds stress and turbulent kinetic energy distributions extracted from the measured data.
The results presented here include the 3D model of the measurement geometry and velocity distributions along various monitor lines from experiments.

File Description

Geometry files are provided under the name 'VVER-1200-FLUID_V1, VVER-1200-FLUID_V2 and VVER-1200-FLUID_V3' in three formats: StereoLithography (*.stl), 
STEP (*.stp), and Parasolid (*.x_t).
Datafiles are available in excel format (*.xlsx).
The data are organised in separate subfolders according to the different measurement cases. 
Each subfolder contains three excel files containing the results recorded in the three different planes. 
The nomenclature is as follows: the file VVER-1200_V3_P1_Monitor_Lines.xlsx contains the first set of monitor line velocities recorded on
the "P1" position plane of the "VVER-1200" rod-bundle "V3" type spacer grid. The excel table contains 6 separate tabs covering velocity distributions recorded 
at distances 0.5, 1, 2, 3, and 5D distances. The first 0.5D tab also includes an explanatory figure and the data series are plotted on a graphs.
DOI: 10.17632/3b3rf8648r.1
title: S Singla, S S Prabhu, O P Pandey, G Sharma (2019) “Study on the nature of distribution of gold nanoparticles inside the 30Bi2O3:70B2O3 glass and its impact on optical behaviour” Journal of Materials Science: Materials in electronics, 30, 2019. 

description: Research Paper
DOI: 10.17632/99ktmhb9wx.1
title: Shivani Singla, Om Prakash Pandey, Gopi Sharma (2019) “Z-scan study of nonlinear absorption in gold doped borosilicate glass: effect of Dy3+” Journal of Non-crystalline solids, 521, 2019. https://www.sciencedirect.com/science/article/pii/S0022309319303527

description: Research Paper
DOI: 10.17632/6kyscbj998.1
title: Shivani Singla, Venu Gopal Achanta, Om Prakash Pandey, Gopi Sharma  “ Effects of different stabilizers on dispersion of Gold nanoparticles in Bismuth Borosilicate Glass and their Intensity dependent non linear behaviour” Optical Materials, 96, 2019.  

description: Research Paper
DOI: 10.17632/2tkvzmnryr.1
title: Shivani Singla, Venu Gopal Achanta, Om Prakash Pandey, Gopi Sharma (2020) “Influence of the size of gold nanoparticles dispersed in glass matrix on optical properties”, Ceramics International, 96, 2020.

description: Research paper
DOI: 10.17632/p4rdmgn4mk.1
title: Shivani Singla, Sandeep Kaur, Nancy Mahendru, Om Prakash Pandey, Neetu Chopra, Gopi Sharma, “Enhanced photoluminescence in Dy3+/Au co-doped bismuth borosilicate glass”, Optical Materials, vol. 126, pp. 112236, 2022.

description: Research Paper
DOI: 10.17632/syc79472sw.1
title: Analysis of Gold nanoparticles dispersed Bismuth Borate glass: Effect of Size and Concentration”, Journal of Materials Science: Material in Electronics, vol. 34, pp. 526, 2023. 

description: Research paper
DOI: 10.57745/bfmonv
title: Data Management Plan of the TEAMTOX project.pdf

description: :unav
DOI: 10.6084/m9.figshare.22283950
title: Data from: Unicellular and multicellular developmental variations in algal zygotes produce sporophytes

description: Detailed information of sporophytes in <i>Monostroma angicava</i>
DOI: 10.6084/m9.figshare.22283950.v2
title: Data from: Unicellular and multicellular developmental variations in algal zygotes produce sporophytes

description: Detailed information of sporophytes in <i>Monostroma angicava</i>
DOI: 10.6084/m9.figshare.22283950.v1
title: Sporophyte characteristics in Monostroma angicava

description: Detailed information of sporophytes in <i>Monostroma angicava</i>
DOI: 10.34808/1sae-af25
title: EPR of TiO2 hydrogenated at 500 and 600oC

description: Data contain EPR spectra of TiO2 (anatase phase) heat treated in H2 at 500 and 600oC. Sample heated at 500oC contained 4 wt% of rutile and that at 600oC 8 wt% of rutile.
DOI: 10.34808/nwb2-2574
title: Photoluminescence spectra of TiO2

description: These data contain photoluminescence spectra of TiO2 measured at the temperature of liquid nitrogen. There is a comparison of the photoluminescence spectra of TiO2 heat treated at 400-600oC in the ambient (Ar) and reduced (H2) atmospheres. These emission spectra were recorded after TiO2 excitation with a wavelength of 290 nm
DOI: 10.17632/ysjvxr2ddn.1
title: Metalinguistic skills in LD

description: Profile of children -Age and sex and scores obtained on Metaphonological subtests for both LD and normal chuldren
DOI: 10.17632/hr34p8p8m4.1
title: Personal Values in Israeli Local Authorities

description: The dataset encapsulates detailed information acquired from a study conducted across six undisclosed municipalities in Israel from 2010 to 2012. It encompasses responses from 153 department heads and 279 employees, offering insights into the prevailing personal values reported by the managers, the perceived leadership styles as noted by the employees, and the ethical climate dimensions within various departments.
DOI: 10.34808/rezf-4208
title: XRD-TiO2 heat-treated at 400-600oC in Ar or H2

description: These data contain XRD patterns of TiO2 heat-treated at 400-600oC in Ar or H2. Two pases of TiO2 were identified: anatase and rutile.
DOI: 10.17632/43y5zssf4k.1
title: Riverine Bridges: A Hydrological Vulnerability Appraisal

description: Recent studies on the recurrence and severity of meteorological phenomena suggest that these indicators have increased considerably due to several factors, including climate change. Important infrastructure such as riverine bridges have demonstrated a lack of resilience to the consequences of these phenomena. It is important, then, to analyze their vulnerability for future interventions and thus mitigate the risk to users. Through the case study of the Bajo Grau Bridge in Peru, which crosses the Chili River, a methodology is proposed to identify the most relevant parameters for diagnosing the condition of riverine bridges in order to determine their hydrological vulnerability.

A fundamental aspect of achieving the research objective is data collection and analysis. Since the analysis is interdisciplinary, it is important to manage information from all areas in an optimal way. That is why this dataset presents six folders with information used as primary source in the case study of the Bajo Grau Bridge. First, the Hydrological Data is presented in XLS file, which contains the record of maximum monthly flows since 1960, provided by Autodema. Second, the Soil Data folder is included in XLS file, which shows the granulometry of the soil and the roughness of the channel, this information was obtained through a test pit in the riverbed. Third, the Topological Data in DWG file format, which contains the contour lines every one meter, this information was obtained through a topographic survey. Fourth, photos of the bridge are presented in JPG format, as part of the field visit. Fifth, photos of the granulometric study are included in JPG. Sixth, the hydraulic model in HEC-RAS is presented. Seventh, JPG photographs of the hydraulic models for the proposed scenarios are included.

The processing of the information, presented in detail in the scientific article "Hydrological Vulnerability Assessment of Riverine Bridges: The Bajo Grau Bridge Case Study", made it possible to determine the hydrological vulnerability of the Bajo Grau bridge as a high vulnerability, based on 10 criteria subdivided into physical and environmental vulnerabilities. The methodology used for this case study can be replicated in other riverbed bridges. The information contained in this dataset is intended to contribute to a better understanding of hydrological evaluations in river channels and their possible future implementation.
DOI: 10.17632/kx83jd9wgp.3
title: Data for: Using Krackhardt Data Over Time to Assess Egonet Dynamics and Accuracy

description: Six consecutive weeks of Krackhardt data (aka CSS) for the group, both Advice and Friend relations.

Further description to follow
DOI: 10.17632/kx83jd9wgp.1
title: Data for: Using Krackhardt Data Over Time to Assess Egonet Dynamics and Accuracy

description: The compressed file provides the following - Six consecutive weeks of Krackhardt data (aka CSS) for the group, both Advice and Friend relations - Six consecutive weeks of "actual" network data resulting from survey of group on the aforementioned relations Further description to follow
DOI: 10.17632/kx83jd9wgp.2
title: Data for: Using Krackhardt Data Over Time to Assess Egonet Dynamics and Accuracy

description: Six consecutive weeks of Krackhardt data (aka CSS) for the group, both Advice and Friend relations. Further description to follow
DOI: 10.17632/kx83jd9wgp.4
title: Data for: Krackhardt Data Over Time: The Evolution and Emergent Properties of Network Perceptions 

description: Manuscript presenting this data and descriptive findings under development with early draft being updated on SSRN ( https://ssrn.com/abstract=3408547) . 

The data consist of 6 consecutive weeks of Krackhardt data (aka Cognitive Social Structures or CSS) for 20 leadership students working together in 4 groups and experiencing a high-affect group-based experience at week 3. Network data provide structural perceptions, including self, for both Advice and Friend relations. Additional data include assorted participant attributes including study group memberships, groups based quantitative and qualitative outcomes from the mid-course experience, and a full description of that experience (a learning exercise inspired by the classic Prisoner's Dilemma).  Survey questions utilized are also provided. Please note that the network data are provided in two different formats: 1) format is CSV , with multiple individual files (and interpretation instructions) within a ZIP compressed file and  2) an RData file that may be of greater interest to R programmers. 

The researcher sharing this data appreciates your use of this data with attribution in acknowledgement of this effort and in support of open data for our research community.
DOI: 10.6084/m9.figshare.24105693
title: Coral V/Ca data

description: Coral V/Ca data (1870-2006) near Sanya, northern South China Sea
DOI: 10.17632/5f5mhb8yzv.1
title: The Anaphase-Promoting Complex (APC) controls a ubiquitination-phosphoprotein axis in chromatin during neurodevelopment

description: Unprocessed data for Ledvin. et al., Developmental Cell, 2023.
DOI: 10.17632/8chhwttr96.1
title: IRB Approval

description: This data provides confirmation that we received institutional review board (IRB) approval for the study.
DOI: 10.17632/kk6hktdydg.1
title: Physical simulation of obstructive respiratory disfunction 

description: To simulate chronic obstructive pulmonary disorder (COPD) the device designed is to be used with an existing venturi-based flow sensor with a y-split tube to separate inhalation and exhalation. The device is to be attached to the exhalatory side of the y-split to leave inhalation unchanged. The device is comprised of both low and high resistance outlets. During exhalation air initially fills the low resistance free volume, as this fills and pressure increases the flow is diverted out of the fixed high resistance outlet. This diversion creates an increase in the resistance to end-exhalation to simulate to non-linearity in resistance to exhalation found in people who have COPD. 

The customisable sizing of the free volume allows multiple levels of COPD severity to be simulated. This can additionally be changed to suit the application as each part is 3D printed. This device would be used for respiratory research to validate models using healthy people and non-invasive methods.

-	COPD simulation 
-	Low cost validation of respiratory models 
-	Non-invasive data collection
DOI: 10.17632/kk6hktdydg.2
title: Physical simulation of obstructive respiratory disfunction 

description: To simulate chronic obstructive pulmonary disorder (COPD) the device designed is to be used with an existing venturi-based flow sensor with a y-split tube to separate inhalation and exhalation. The device is to be attached to the exhalatory side of the y-split to leave inhalation unchanged. The device is comprised of both low and high resistance outlets. During exhalation air initially fills the low resistance free volume, as this fills and pressure increases the flow is diverted out of the fixed high resistance outlet. This diversion creates an increase in the resistance to end-exhalation to simulate to non-linearity in resistance to exhalation found in people who have COPD. 

The customisable sizing of the free volume allows multiple levels of COPD severity to be simulated. This can additionally be changed to suit the application as each part is 3D printed. This device would be used for respiratory research to validate models using healthy people and non-invasive methods.

-	COPD simulation 
-	Low cost validation of respiratory models 
-	Non-invasive data collection