cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.6084/m9.figshare.22811086
title: Motivations and expectations of parents seeking genetic testing for their children with ocular genetic disease

description: To date, almost 600 genes have been associated with ocular genetic diseases. As these discoveries are made, clinical genetic testing continues to grow and become a more common element in the diagnostic workup of children with blindness and reduced vision. However, few studies have explored the motivations of parents of pediatric patients for pursuing genetic testing or the topics they would like to discuss during their visit. This study explored these gaps in the existing knowledge of clinical care for children with vision loss. We distributed a REDCap survey to parents of pediatric patients in the Indiana University Ocular Genetics Clinic and through the Foundation Fighting Blindness MyRetinaTracker database to examine factors that motivate families to undergo genetic testing, topics they are interested in discussing, and satisfaction with their current care. Parents were primarily motivated by the opportunity to learn about their child’s prognosis, formal diagnosis, and possible treatment options. Parents were most interested in discussing prognosis, adaptations for vision loss, and testing logistics. Parents reported satisfaction with the care received; however, less than half were very satisfied with their understanding of prognosis and the support resources provided. Parents seem to be generally satisfied by the care from their ocular genetics team. However, families’ desires are not being fully met, especially with information about prognosis and support resources. As the field of ocular genetics continues to grow, it is important we improve these offerings and optimize care for this patient population.
DOI: 10.6084/m9.figshare.22811086.v1
title: Motivations and expectations of parents seeking genetic testing for their children with ocular genetic disease

description: To date, almost 600 genes have been associated with ocular genetic diseases. As these discoveries are made, clinical genetic testing continues to grow and become a more common element in the diagnostic workup of children with blindness and reduced vision. However, few studies have explored the motivations of parents of pediatric patients for pursuing genetic testing or the topics they would like to discuss during their visit. This study explored these gaps in the existing knowledge of clinical care for children with vision loss. We distributed a REDCap survey to parents of pediatric patients in the Indiana University Ocular Genetics Clinic and through the Foundation Fighting Blindness MyRetinaTracker database to examine factors that motivate families to undergo genetic testing, topics they are interested in discussing, and satisfaction with their current care. Parents were primarily motivated by the opportunity to learn about their child’s prognosis, formal diagnosis, and possible treatment options. Parents were most interested in discussing prognosis, adaptations for vision loss, and testing logistics. Parents reported satisfaction with the care received; however, less than half were very satisfied with their understanding of prognosis and the support resources provided. Parents seem to be generally satisfied by the care from their ocular genetics team. However, families’ desires are not being fully met, especially with information about prognosis and support resources. As the field of ocular genetics continues to grow, it is important we improve these offerings and optimize care for this patient population.
DOI: 10.11583/dtu.21325089.v1
title: Supplementary material for "Notched connection in timber-concrete composite deck structures: A literature review on push-off experiments & design approaches"

description: Data associated with the database established in the paper
DOI: 10.11583/dtu.21325089
title: Supplementary material for "Notched connection in timber-concrete composite deck structures: A literature review on push-off experiments & design approaches"

description: Data associated with the database established in the paper
DOI: 10.15129/46955351-408b-4dc3-840e-3bc6a9f3432a
title: GroundTruth sets

description: This folder includes the ground-truth images for the training-validation and testing set.
DOI: 10.34740/kaggle/dsv/6116556
title: AutoXGB
DOI: 10.17632/hdsjp6hvn6.1
title: Validation of injection co-ordinate targeting NTS

description: To validate the injection coordinate, we administered AAV-cre to Ai9 (Tomloxp) mice. The distribution of Cre-deletion activated expression of tdTomato fluorescence was then examined at the injection site.
DOI: 10.5281/zenodo.8134151
title: Problem Solving and Algorithmic Development with Flowcharts

description: This study reports on an in-depth research into student-learning using a "thinking-first" framework combined with stepwise heuristics, to provide students structure throughout the entire programming process. The study targetted secondary education students in an elective computer science course. There was one class with<br> 11 Dutch high school students, of which 2 females and 9 males. The group was heterogeneous, with students from different academic<br> levels and age-groups. Each student’s level and previous experience with CS was determined a priori using a pretest. For this study we developed sets of quizes, tasks and tests comprised of code comprehension, code composition questions (including reading and creating flowchart designs). The student responses to each were anaylzed. This repository contains the following data:<br> - taxonomyPerQ.pdf: indicates taxonomy level of each (quiz, task, test) question answered by students <br> - assessments_unanswered: all questions (quizes, tasks, tests) administered to students<br> - pretask (responses): anonymized student responses to pretask questions<br> - midtask (responses): anonymized student responses to midtask questions<br> - finaltask (responses): anonymized student responses to finaltask questions<br> - quiz 1 (responses): anonymized student responses to quiz 1 questions<br> - quiz 2 (responses): anonymized student responses to quiz 2 questions<br> - final test (responses): anonymized student responses to final test questions <br> The student's handwritten work was scanned, saved as pdf and coded in atlas.ti. These coded pdf's cannot be anonymized anymore, and thus not openly distributed or published.
description: See readme.txt
DOI: 10.5281/zenodo.8134150
title: Problem Solving and Algorithmic Development with Flowcharts

description: This study reports on an in-depth research into student-learning using a "thinking-first" framework combined with stepwise heuristics, to provide students structure throughout the entire programming process. The study targetted secondary education students in an elective computer science course. There was one class with<br> 11 Dutch high school students, of which 2 females and 9 males. The group was heterogeneous, with students from different academic<br> levels and age-groups. Each student’s level and previous experience with CS was determined a priori using a pretest. For this study we developed sets of quizes, tasks and tests comprised of code comprehension, code composition questions (including reading and creating flowchart designs). The student responses to each were anaylzed. This repository contains the following data:<br> - taxonomyPerQ.pdf: indicates taxonomy level of each (quiz, task, test) question answered by students <br> - assessments_unanswered: all questions (quizes, tasks, tests) administered to students<br> - pretask (responses): anonymized student responses to pretask questions<br> - midtask (responses): anonymized student responses to midtask questions<br> - finaltask (responses): anonymized student responses to finaltask questions<br> - quiz 1 (responses): anonymized student responses to quiz 1 questions<br> - quiz 2 (responses): anonymized student responses to quiz 2 questions<br> - final test (responses): anonymized student responses to final test questions <br> The student's handwritten work was scanned, saved as pdf and coded in atlas.ti. These coded pdf's cannot be anonymized anymore, and thus not openly distributed or published.
description: See readme.txt
DOI: 10.6084/m9.figshare.23659665.v1
title: Supplementary Information.pdf

description: The database includes the results related to the validation and quality control strategies for the leaves and Xylem sap of Vitis vinifera, as well as the experimental average values of macronutrients, micronutrients, and organic ligands in the Xylem sap at 3 and 5 months of growth under different experimental conditions. It also includes the experimental values of REEs (Rare Earth Elements) for the native soil, substrates, roots, Xylem sap, and leaves normalized to the Upper Continental Crust.
DOI: 10.11583/dtu.13251359
title: Data set for the manuscript "A conical passive magnetic bearing with constant stiffness"

description: This data set is for the manuscript "A conical passive magnetic bearing with constant stiffness".<br>The data describe the axial force between the rotor and the stator in a co-axial passive magnetic bearing. The bearing has a design of nested conical axi-symmetric magnet rings with a quadratic cross-section, and can be said to resemble two nested magnetic ``bowls''. We consider a design where the stator is larger than the rotor, i.e. the rotor is nested inside the stator. The rotor and stator are centered on the same axis, and when load is applied on the rotor bearing this will move along the z-axis.<br>The conical rings that make up both the rotor and the stator have quadratic cross-section side lengths of 3 mm. The radius of the center of the tilted ring in the stator is fixed at 24 mm, while it is varied for the rotor. We consider different tilt angles of the stator and rotor rings in the bearing, and these are always tilted by the same angle. We also consider extended ring geometries, with twice the cross-section and different magnetization directions, as indicated in the manuscript. We assume that the permanent magnets in the bearing have a remanence of 1.4 T and a relative permeability of 1. Finally, we ensure that there is always a clearance between the rotor and the stator of 0.2 mm. At this value, the relative axial distance between the stator and the rotor, z-z_0, is defined to is 0 mm.<br>The three folders contain the data files for the three different magnetization directions considered, i.e. the single, double and alternating bearing geometries respectively, as also explained in the manuscript.<br><br>Within each of these folders, there are three sets of data files:<br>The data files named "Data_tilt_angle_XX.txt" contains the force in the axial direction on the rotor as function of relative axial displacement and rotor radius for the tilt angle XX.<br>The data files named "Data_tilt_angle_00_R_rotor_XXmm.txt" contains the force in the axial direction on the rotor as function of relative axial displacement for the tilt angle XX and the rotor radius XX only.<br>The data file "Data_volume.txt" contains the volume of the rotor and the stator as function rotor radius and tilt angle.
DOI: 10.11583/dtu.13251359.v1
title: Data set for the manuscript "A conical passive magnetic bearing with constant stiffness"

description: This data set is for the manuscript "A conical passive magnetic bearing with constant stiffness".<br>The data describe the axial force between the rotor and the stator in a co-axial passive magnetic bearing. The bearing has a design of nested conical axi-symmetric magnet rings with a quadratic cross-section, and can be said to resemble two nested magnetic ``bowls''. We consider a design where the stator is larger than the rotor, i.e. the rotor is nested inside the stator. The rotor and stator are centered on the same axis, and when load is applied on the rotor bearing this will move along the z-axis.<br>The conical rings that make up both the rotor and the stator have quadratic cross-section side lengths of 3 mm. The radius of the center of the tilted ring in the stator is fixed at 24 mm, while it is varied for the rotor. We consider different tilt angles of the stator and rotor rings in the bearing, and these are always tilted by the same angle. We also consider extended ring geometries, with twice the cross-section and different magnetization directions, as indicated in the manuscript. We assume that the permanent magnets in the bearing have a remanence of 1.4 T and a relative permeability of 1. Finally, we ensure that there is always a clearance between the rotor and the stator of 0.2 mm. At this value, the relative axial distance between the stator and the rotor, z-z_0, is defined to is 0 mm.<br>The three folders contain the data files for the three different magnetization directions considered, i.e. the single, double and alternating bearing geometries respectively, as also explained in the manuscript.<br><br>Within each of these folders, there are three sets of data files:<br>The data files named "Data_tilt_angle_XX.txt" contains the force in the axial direction on the rotor as function of relative axial displacement and rotor radius for the tilt angle XX.<br>The data files named "Data_tilt_angle_00_R_rotor_XXmm.txt" contains the force in the axial direction on the rotor as function of relative axial displacement for the tilt angle XX and the rotor radius XX only.<br>The data file "Data_volume.txt" contains the volume of the rotor and the stator as function rotor radius and tilt angle.
DOI: 10.11583/dtu.21302874
title: Data set for "High power electromagnetic vibration harvesting using a magnetic dumbbell structure"

description: This dataset contains the experimental data for the paper "High power electromagnetic vibration harvesting using a magnetic dumbbell structure" <br> There are two main folders: "Matched load" and "Open circuit" corresponding to the two experiments with different chosen load resistances. Within each main folder are two subfolders: "LH" (Low-to-High) and "HL"(High-to-Low) corresponding to the ascending and descending sweeps. Within each of these subfolders are the time versus voltage data collected for the steady-state response at a specific driving frequency. As an example, the file "LH14_5.txt" refers to the ascending sweep at driving frequency 14.5 Hz. This is the raw data sampled in the experiment. Whether it is Matched load or Open circuit is known from which main folder is contained within. <br> Each of these files contains two columns for the time and voltage values respectively. There are 50,000 pairs total since the response was sampled at 5 KHz for 10 s. The unit for the time column is seconds and the unit for the voltage column is Volts (SI-units). <br> Fx. to find the response for a driving frequency of 8.0 Hz in the ascending sweep for matched load, the path is: Matched load/LH and the data file is: LH8_0.txt
DOI: 10.11583/dtu.21302874.v1
title: Data set for "High power electromagnetic vibration harvesting using a magnetic dumbbell structure"

description: This dataset contains the experimental data for the paper "High power electromagnetic vibration harvesting using a magnetic dumbbell structure" <br> There are two main folders: "Matched load" and "Open circuit" corresponding to the two experiments with different chosen load resistances. Within each main folder are two subfolders: "LH" (Low-to-High) and "HL"(High-to-Low) corresponding to the ascending and descending sweeps. Within each of these subfolders are the time versus voltage data collected for the steady-state response at a specific driving frequency. As an example, the file "LH14_5.txt" refers to the ascending sweep at driving frequency 14.5 Hz. This is the raw data sampled in the experiment. Whether it is Matched load or Open circuit is known from which main folder is contained within. <br> Each of these files contains two columns for the time and voltage values respectively. There are 50,000 pairs total since the response was sampled at 5 KHz for 10 s. The unit for the time column is seconds and the unit for the voltage column is Volts (SI-units). <br> Fx. to find the response for a driving frequency of 8.0 Hz in the ascending sweep for matched load, the path is: Matched load/LH and the data file is: LH8_0.txt
DOI: 10.11583/dtu.13681516
title: Data for: Thermodynamics of amyloid fibril formation from non-equilibrium experiments of growth and dissociation

description: The data files include all differential scanning fluorimetry data used in the published article. These include studies of the activation energy of fibril formation and dissociation for the PI3K-SH3 amyloid fibrils under study. Most files can be opened by Microsoft Excel.<br>The Python scripts to analyze and contextualize will be available at the following link as soon as possible due to legal concerns: https://doi.org/10.11583/DTU.13681597<br>
DOI: 10.11583/dtu.13681516.v1
title: Data for: Thermodynamics of amyloid fibril formation from non-equilibrium experiments of growth and dissociation

description: The data files include all differential scanning fluorimetry data used in the published article. These include studies of the activation energy of fibril formation and dissociation for the PI3K-SH3 amyloid fibrils under study. Most files can be opened by Microsoft Excel.<br>The Python scripts to analyze and contextualize will be available at the following link as soon as possible due to legal concerns: https://doi.org/10.11583/DTU.13681597<br>
DOI: 10.11583/dtu.12613325
title: Angular Dependent PV Device Measurements Collected via Interlaboratory Comparison (2018-2020).

description: This is the raw measurement data set gathered from 12 international laboratories and presented in the publication "Interlaboratory comparison of angular-dependent photovoltaic device measurements: Results and impact on energy rating". If you use this data in a published work, please cite the dataset and the following publication: Riedel-Lyngskær N, Santamaria Lancia AA, Plag F, et al. Interlatoratory comparison of angular-dependent photovoltaic device measurements: Results and impact on energy rating. <i>Prog Photovolt Res Appl. </i>2020. https://doi.org/10.1002/pip.3365
DOI: 10.11583/dtu.12613325.v1
title: Angular Dependent PV Device Measurements Collected via Interlaboratory Comparison (2018-2020).

description: This is the raw measurement data set gathered from 12 international laboratories and presented in the publication "Interlaboratory comparison of angular-dependent photovoltaic device measurements: Results and impact on energy rating". If you use this data in a published work, please cite the dataset and the following publication: Riedel-Lyngskær N, Santamaria Lancia AA, Plag F, et al. Interlatoratory comparison of angular-dependent photovoltaic device measurements: Results and impact on energy rating. <i>Prog Photovolt Res Appl. </i>2020. https://doi.org/10.1002/pip.3365
DOI: 10.11583/dtu.11591106
title: Supporting data for Transport of tracers and pesticides through fractured clayey till: Large Undisturbed Column (LUC) experiments and model-based interpretation

description: These are supporting data for <i>Transport of Tracers and Pesticides through Fractured Clayey Till: Large Undisturbed Column Experiments and Model-Based Interpretation</i>, published in Water Resources Research. Measured and simulated data (effluent concentrations and solute fluxes) of the flow-through experiments can be found in LUC1_data.xlsx and LUC2_data.xlsx. The datasets were used to create Figures 6a and 6b. The file LUC_combined.xlsx contains effluent concentrations and effluent solute fluxes for the vertical cross section simulations with fracture variation (Chapter 4.2, Figures 7d to 7g). The sheets from the Excel files that contain data are also provided as CSV files.<br>
DOI: 10.11583/dtu.11591106.v1
title: Supporting data for Transport of tracers and pesticides through fractured clayey till: Large Undisturbed Column (LUC) experiments and model-based interpretation

description: These are supporting data for <i>Transport of Tracers and Pesticides through Fractured Clayey Till: Large Undisturbed Column Experiments and Model-Based Interpretation</i>, published in Water Resources Research. Measured and simulated data (effluent concentrations and solute fluxes) of the flow-through experiments can be found in LUC1_data.xlsx and LUC2_data.xlsx. The datasets were used to create Figures 6a and 6b. The file LUC_combined.xlsx contains effluent concentrations and effluent solute fluxes for the vertical cross section simulations with fracture variation (Chapter 4.2, Figures 7d to 7g). The sheets from the Excel files that contain data are also provided as CSV files.<br>
DOI: 10.5281/zenodo.7328618
title: Azimuthally averaged tangential wind and radial wind for 3D WRF tropical cyclone simulations

description: MAT-file setup number 1 to 9: V20B0.75R75, V20B0.75R100, V20B0.75R125; V20B1.0R75, V20B1.0R100, V20B1.0R125; V30B0.75R75, V30B0.75R100, V30B0.75R125 time: hourly output iradius: radial grids, radius=(iradius-1)*2 km Vt(setup, time, iradius): tangential wind calculated from 10-m wind Vr(setup, time, iradius): radial wind calculated from 10-m wind M(setup, time, iradius): absolute angular momentum calculated using M=Vt*r+1/2*f*r^2 nt(setup): maximum time step, 1 h interval nr(setup): maximum grid for radius, starting from center (0km) with 2 km interval Vmax(setup, time): maximum 10-m tangential wind RMW(setup, time): radius of maximum 10-m tangential wind MRMW(setup, time): absolute angular momentum at RMW SL(setup, time): M*(r*) slope calculated using best linear fit RIstart(setup): RI onset time RIend(setup): RI end time
DOI: 10.5281/zenodo.7328619
title: Azimuthally averaged tangential wind and radial wind for 3D WRF tropical cyclone simulations

description: MAT-file setup 1 to 9: V20B0.75R75, V20B0.75R100, V20B0.75R125; V20B1.0R75, V20B1.0R100, V20B1.0R125; V30B0.75R75, V30B0.75R100, V30B0.75R125 Vt(setup, time, radius): tangential wind calculated from 10-m wind Vr(setup, time, radius): radial wind calculated from 10-m wind nt(setup): maximum time step, 1 h interval nr(setup): maximum grid for radius, starting from 0km with 2 km interval
DOI: 10.5281/zenodo.8069365
title: Azimuthally averaged tangential wind and radial wind for 3D WRF tropical cyclone simulations

description: MAT-file setup number 1 to 9: V20B0.75R75, V20B0.75R100, V20B0.75R125; V20B1.0R75, V20B1.0R100, V20B1.0R125; V30B0.75R75, V30B0.75R100, V30B0.75R125 Vt(setup, time, radius): tangential wind calculated from 10-m wind Vr(setup, time, radius): radial wind calculated from 10-m wind M(setup, time, radius): absolute angular momentum calculated using M=Vt*r+1/2*f*r^2 nt(setup): maximum time step, 1 h interval nr(setup): maximum grid for radius, starting from center (0km) with 2 km interval Vmax(setup, time): maximum 10-m tangential wind RMW(setup, time): radius of maximum 10-m tangential wind MRMW(setup, time): absolute angular momentum at RMW SL(setup, time): slope RIstart(setup): RI onset time RIend(setup): RI end time
DOI: 10.5281/zenodo.8134201
title: Azimuthally averaged tangential wind and radial wind for 3D WRF tropical cyclone simulations

description: MAT-file setup number 1 to 9: V20B0.75R75, V20B0.75R100, V20B0.75R125; V20B1.0R75, V20B1.0R100, V20B1.0R125; V30B0.75R75, V30B0.75R100, V30B0.75R125 time: hourly output iradius: radial grids, radius=(iradius-1)*2 km Vt(setup, time, iradius): tangential wind calculated from 10-m wind Vr(setup, time, iradius): radial wind calculated from 10-m wind M(setup, time, iradius): absolute angular momentum calculated using M=Vt*r+1/2*f*r^2 nt(setup): maximum time step, 1 h interval nr(setup): maximum grid for radius, starting from center (0km) with 2 km interval Vmax(setup, time): maximum 10-m tangential wind RMW(setup, time): radius of maximum 10-m tangential wind MRMW(setup, time): absolute angular momentum at RMW SL(setup, time): M*(r*) slope calculated using best linear fit RIstart(setup): RI onset time RIend(setup): RI end time