cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.17632/kb589xv8yd
title: Conceptualizing, Maintaining, and Expressing Wellbeing among Indonesian Female University Students

description: This dataset contains qualitative data from a study exploring how Indonesian female university students conceptualize, maintain, and express wellbeing in everyday life. The data were collected through an online open-ended questionnaire completed by 411 female undergraduate students in Indonesia. Participants provided written responses in Bahasa Indonesia, and the dataset preserves the original Indonesian-language responses without translation to maintain linguistic, cultural, and contextual authenticity. The dataset is raw textual responses. All data have been fully anonymized to protect participant confidentiality. This dataset is suitable for research on wellbeing, gender, emerging adulthood, collectivist cultures, and qualitative or mixed-methods approaches, particularly for scholars interested in non-English or culturally grounded data.
DOI: 10.17632/kb589xv8yd.1
title: Conceptualizing, Maintaining, and Expressing Wellbeing among Indonesian Female University Students

description: This dataset contains qualitative data from a study exploring how Indonesian female university students conceptualize, maintain, and express wellbeing in everyday life. The data were collected through an online open-ended questionnaire completed by 411 female undergraduate students in Indonesia. Participants provided written responses in Bahasa Indonesia, and the dataset preserves the original Indonesian-language responses without translation to maintain linguistic, cultural, and contextual authenticity. The dataset is raw textual responses. All data have been fully anonymized to protect participant confidentiality. This dataset is suitable for research on wellbeing, gender, emerging adulthood, collectivist cultures, and qualitative or mixed-methods approaches, particularly for scholars interested in non-English or culturally grounded data.
DOI: 10.17632/zbxnvsh3g7
title: Data for gut microbiome

description: Data for gut microbiome among individuals with hyperglycemic status during the ALA intervention
DOI: 10.17632/zbxnvsh3g7.1
title: Data for gut microbiome

description: Data for gut microbiome among individuals with hyperglycemic status during the ALA intervention
DOI: 10.17632/pgnf3nr558
title: Data Paper Deniswara et al

description: Data Paper ( Indonesia) ICICT 2026
DOI: 10.17632/pgnf3nr558.1
title: Data Paper Deniswara et al

description: Data Paper ( Indonesia) ICICT 2026
DOI: 10.17632/j9k8rb38xp
title: Real, Fake, Positive, and Negative Dataset - Kurdish Language

description: This dataset contains a real, fake, positive, and negative labelled dataset in the Kurdish language, which is unique because the dataset contains a multilabel dataset. In addition, there is a lack of a dataset that includes these labels together.
DOI: 10.17632/j9k8rb38xp.2
title: Real, Fake, Positive, and Negative Dataset - Kurdish Language

description: This dataset contains a real, fake, positive, and negative labelled dataset in the Kurdish language, which is unique because the dataset contains a multilabel dataset. In addition, there is a lack of a dataset that includes these labels together.
DOI: 10.5281/zenodo.17991785
title: Una aproximación a la presencia de impresores en localidades españolas en los siglos XV y XVI

description: Datos usados en el trabajo: "Una aproximación a la presencia de impresores en localidades españolas en los siglos XV y XVI y formas espaciotemporales de representación"
DOI: 10.5281/zenodo.17991784
title: Una aproximación a la presencia de impresores en localidades españolas en los siglos XV y XVI

description: Datos usados en el trabajo: "Una aproximación a la presencia de impresores en localidades españolas en los siglos XV y XVI y formas espaciotemporales de representación"
DOI: 10.17632/dcgkct8j8v
title: MATLAB Code for Inhomogeneous Couette–Poiseuille Flow with Rayleigh Friction and Permeable Boundaries

description: This dataset contains a MATLAB script for simulating a non-uniform Couette-Poiseuille flow with Rayleigh friction. The code models a steady, pressure-driven viscous flow between two parallel plates with prescribed boundary conditions for axial and transverse velocities and shear gradients. The influence of Rayleigh friction is incorporated as a linear damping term in the momentum equation.

The script provides a numerical study of velocity profiles, shear distribution, three-dimensional velocity fields, and energy dissipation (both viscous and Rayleigh) across a range of friction parameters. Special attention is given to numerical stability through the use of robust hyperbolic function implementations, preventing overflow for large parameter values.

Key features include:

Computation of axial velocity U(z), shear gradient a(z), transverse velocity V(z), and total velocity Vx(y,z) profiles.

Three-dimensional visualization of the velocity field Vx(y,z).

Analysis of viscous and Rayleigh dissipation profiles and their relative contributions.

Investigation of boundary layer thickness as a function of the Rayleigh friction parameter.

Generation of publication-quality figures (PNG and PDF) with consistent formatting.

The code is designed for fluid dynamics research and education, illustrating the combined effects of pressure gradient, wall motion, and distributed friction on channel flow. All physical parameters (channel height, viscosity, density, boundary conditions) are customizable, making the script adaptable to various flow configurations.
DOI: 10.17632/dcgkct8j8v.1
title: MATLAB Code for Inhomogeneous Couette–Poiseuille Flow with Rayleigh Friction and Permeable Boundaries

description: This dataset contains a MATLAB script for simulating a non-uniform Couette-Poiseuille flow with Rayleigh friction. The code models a steady, pressure-driven viscous flow between two parallel plates with prescribed boundary conditions for axial and transverse velocities and shear gradients. The influence of Rayleigh friction is incorporated as a linear damping term in the momentum equation.

The script provides a numerical study of velocity profiles, shear distribution, three-dimensional velocity fields, and energy dissipation (both viscous and Rayleigh) across a range of friction parameters. Special attention is given to numerical stability through the use of robust hyperbolic function implementations, preventing overflow for large parameter values.

Key features include:

Computation of axial velocity U(z), shear gradient a(z), transverse velocity V(z), and total velocity Vx(y,z) profiles.

Three-dimensional visualization of the velocity field Vx(y,z).

Analysis of viscous and Rayleigh dissipation profiles and their relative contributions.

Investigation of boundary layer thickness as a function of the Rayleigh friction parameter.

Generation of publication-quality figures (PNG and PDF) with consistent formatting.

The code is designed for fluid dynamics research and education, illustrating the combined effects of pressure gradient, wall motion, and distributed friction on channel flow. All physical parameters (channel height, viscosity, density, boundary conditions) are customizable, making the script adaptable to various flow configurations.
DOI: 10.17632/vgr47rkcmx
title: Genomic Insights into Environmental Adaptation and Ecological and Genomic Vulnerability of Plateau Sheep

description: Supplementary Tables and Figures
DOI: 10.17632/vgr47rkcmx.1
title: Genomic Insights into Environmental Adaptation and Ecological and Genomic Vulnerability of Plateau Sheep

description: Supplementary Tables and Figures
DOI: 10.17632/9kdyj8tz9h
title: Pollen-based Precipitation Data from the Ili Basin since ~4,500 cal. yr BP

description: This dataset provides high-resolution pollen-based reconstructions of precipitation variability from the Ili Basin in Central Asia, covering the past ~4,500 years. These records offer insights into long-term climatic shifts and their impact on regional ecosystems, contributing to the understanding of climate change and human activity along the ancient Silk Road. The dataset is intended for use in paleoclimate studies and the exploration of past climate-human interactions.
A previous version of this dataset is available on Zenodo (DOI: 10.5281/zenodo.17154396).
DOI: 10.17632/9kdyj8tz9h.1
title: Pollen-based Precipitation Data from the Ili Basin since ~4,500 cal. yr BP

description: This dataset provides high-resolution pollen-based reconstructions of precipitation variability from the Ili Basin in Central Asia, covering the past ~4,500 years. These records offer insights into long-term climatic shifts and their impact on regional ecosystems, contributing to the understanding of climate change and human activity along the ancient Silk Road. The dataset is intended for use in paleoclimate studies and the exploration of past climate-human interactions.
A previous version of this dataset is available on Zenodo (DOI: 10.5281/zenodo.17154396).
DOI: 10.17632/r82nnkntwf
title: Development of tetrahydroquinazoline-based Fusion protein inhibitor GZMU04 as a therapeutic candidate against respiratory syncytial virus (RSV)

description: Figure S3 of the supporting information
DOI: 10.17632/r82nnkntwf.1
title: Development of tetrahydroquinazoline-based Fusion protein inhibitor GZMU04 as a therapeutic candidate against respiratory syncytial virus (RSV)

description: Figure S3 of the supporting information
DOI: 10.15468/dl.qaf7fg
title: Occurrence Download

description: A dataset containing 22890 species occurrences available in GBIF matching the query:
{
 "TaxonKey" : [
 "is Erysimum capitatum"
 ]
}

 The dataset includes 22890 records from 271 constituent datasets; see https://api.gbif.org/v1/occurrence/download/0012295-260108223611665/datasets/export for details.
 
Data from some individual datasets included in this download may be licensed under less restrictive terms.
DOI: 10.17632/jfk9g849wy
title: Survey on the Experience of Tourism Planning with Generative AI (AIGC)
DOI: 10.17632/jfk9g849wy.1
title: Survey on the Experience of Tourism Planning with Generative AI (AIGC)
DOI: 10.5281/zenodo.18259932
title: Rationalised Steel Grade Dataset Using the K-Means Reduction Process (KMRP)

description: This dataset provides a rationalised collection of carbon and stainless steel grades compiled from multiple internationally recognised designation systems. It integrates mechanical properties, chemical composition ranges, processing indicators, and alloy identifiers from major global standards to enable comparative analysis and data-driven investigation of steel grade behaviour and redundancy.

Steel grades were initially consolidated from the following international standards and designation systems:

AISI / SAE (American Iron and Steel Institute / Society of Automotive Engineers);UNS (Unified Numbering System for Metals and Alloys);ASTM (American Society for Testing and Materials);EN / EN 10027 (European standards for steel classification);GB / GB/T (Chinese national standards for ferrous alloys).

Mechanical, chemical, and processing information was collected from three publicly accessible materials databases: MatWeb (matweb.com), MakeItFrom (makeitfrom.com), and Steel-Grades (steel-grades.com). Data from these sources were cross-referenced and harmonised to ensure consistency across property definitions, compositional ranges, and processing descriptors.

The dataset includes the following information for each steel grade:

Mechanical properties, including ultimate tensile strength (UTS), yield strength, elongation, and hardness (where reported);Chemical composition ranges, expressed as minimum and maximum values for principal alloying elements as well as tramp and impurity elements;Processing-related attributes, represented through binary indicators for common thermomechanical and heat treatment conditions (e.g. annealed, quenched, hardened);Standard identifiers and nomenclature, including AISI, SAE, UNS, EN, GB/T, and ASTM grade names and numbers.

This dataset represents the final output of the K-Means Reduction Process (KMRP), a custom data-driven rationalisation framework developed to systematically reduce the number of existing steel grades while preserving full mechanical property coverage. The KMRP algorithm clusters steel grades based on similarity in mechanical performance and subsequently eliminates redundant grades whose property ranges are fully covered by other representatives within the same cluster.

Each steel grade is annotated with a categorical Status label indicating whether it was retained (Remaining) or removed (Eliminated) during the maximum-elimination strategy. The retained grades collectively span the full mechanical performance space of the original dataset, thereby demonstrating that a substantially smaller subset of grades can represent the same application-driven performance envelope.
DOI: 10.5281/zenodo.18248424
title: Data and Code for "Geographic divergence in the mechanisms underlying physiological plasticity: Implications for responses to environmental change"

description: This repository contains code and data associated with the analysis of physiological plasticity, gene expression, and environmental variation in Plethodon metcalfi (Southern grey-cheeked salamander) collected along an elevational gradient. The study investigates how similar phenotypic plasticity arises through divergent molecular mechanisms across elevations, with a focus on skin resistance, metabolic rate, and gene co-expression networks.
DOI: 10.17632/jb5krtfswn
title: the CMIP6 data of the Jinghe River Basin

description: The precipitation, wind speed, solar radiation, relative humidity and temperature data for the period from 2015 to 2100 in the CMIP6 data of the Jing River Basin
DOI: 10.5281/zenodo.15785788
title: Data and Code for "Geographic divergence in the mechanisms underlying physiological plasticity: Implications for responses to environmental change"

description: This repository contains code and data associated with the analysis of physiological plasticity, gene expression, and environmental variation in Plethodon metcalfi (Southern grey-cheeked salamander) collected along an elevational gradient. The study investigates how similar phenotypic plasticity arises through divergent molecular mechanisms across elevations, with a focus on skin resistance, metabolic rate, and gene co-expression networks.
DOI: 10.17632/jb5krtfswn.1
title: the CMIP6 data of the Jinghe River Basin

description: The precipitation, wind speed, solar radiation, relative humidity and temperature data for the period from 2015 to 2100 in the CMIP6 data of the Jing River Basin
DOI: 10.17632/cxzt22zy4z
title: MATLAB Code: Analytical Solution of Unsteady Flow Between Permeable Plates with Transpiration

description: This dataset contains a MATLAB script that computes and visualizes the analytical solution for unsteady viscous flow between two parallel permeable plates with wall transpiration (normal blowing/suction). The code implements a complete analytical solution based on separation of variables and Fourier series expansion, describing the time evolution of velocity profiles from initial state to steady conditions.

The implementation includes:

Computation of both longitudinal (U) and shear (u1) velocity components

Time-dependent development of velocity profiles

2D velocity field reconstruction in the cross-sectional plane

Spatial-temporal diagrams of flow development

Analysis of Fourier mode contributions and decay rates

Parameter studies on transpiration effects and pressure gradients

Comparison with classical no-transpiration solutions

The code is self-contained and well-documented, providing immediate visualization of five comprehensive figures that illustrate different aspects of the flow physics. Physical parameters such as plate spacing, fluid viscosity, transpiration velocity, pressure gradient, and wall velocities can be easily modified to study various flow regimes.
DOI: 10.17632/cxzt22zy4z.1
title: MATLAB Code: Analytical Solution of Unsteady Flow Between Permeable Plates with Transpiration

description: This dataset contains a MATLAB script that computes and visualizes the analytical solution for unsteady viscous flow between two parallel permeable plates with wall transpiration (normal blowing/suction). The code implements a complete analytical solution based on separation of variables and Fourier series expansion, describing the time evolution of velocity profiles from initial state to steady conditions.

The implementation includes:

Computation of both longitudinal (U) and shear (u1) velocity components

Time-dependent development of velocity profiles

2D velocity field reconstruction in the cross-sectional plane

Spatial-temporal diagrams of flow development

Analysis of Fourier mode contributions and decay rates

Parameter studies on transpiration effects and pressure gradients

Comparison with classical no-transpiration solutions

The code is self-contained and well-documented, providing immediate visualization of five comprehensive figures that illustrate different aspects of the flow physics. Physical parameters such as plate spacing, fluid viscosity, transpiration velocity, pressure gradient, and wall velocities can be easily modified to study various flow regimes.
DOI: 10.17632/26sh2j8jr5
title: MATLAB Code for Simulating Unsteady Plane-Poiseuille Flow with Wall Transpiration and Periodic Pressure Gradient

description: This dataset contains a complete, ready-to-run MATLAB script for the computational analysis of an unsteady plane-Poiseuille flow with wall transpiration (permeability) and an oscillating pressure gradient. The physical model considers viscous, incompressible flow between two parallel plates. The lower plate is stationary, while the upper plate moves with a constant velocity (Couette component) and allows for uniform fluid injection/suction (transpiration). The driving pressure gradient has both a steady and a harmonically oscillating component.

The provided script implements an analytical solution to this complex flow problem. The code architecture separates physical parameter definitions, computational functions, and visualization routines. It performs a parametric study and generates a comprehensive set of visualizations, including:

The influence of wall transpiration velocity on steady-state velocity profiles.

The spatial structure and temporal evolution of the oscillatory flow component.

Frequency response analysis (amplitude and phase) of the flow oscillation at the channel mid-gap.

3D and contour plots of the total velocity field V_x(z,y,t), illustrating the combined Couette, Poiseuille, and oscillatory effects.

Analysis of the effect of the oscillating pressure gradient amplitude.

Visualization of the complex wavenumber parameters governing the oscillatory boundary layer.

The code is meticulously commented, modularized with dedicated functions, and uses physically realistic parameters for water at 20°C. It is designed for researchers and students in fluid dynamics, applied mathematics, and engineering, serving as an educational tool for understanding unsteady viscous flows and as a benchmark for validating numerical solvers. The script is self-contained and directly reproduces all figures from the associated theoretical study.
DOI: 10.17632/26sh2j8jr5.1
title: MATLAB Code for Simulating Unsteady Plane-Poiseuille Flow with Wall Transpiration and Periodic Pressure Gradient

description: This dataset contains a complete, ready-to-run MATLAB script for the computational analysis of an unsteady plane-Poiseuille flow with wall transpiration (permeability) and an oscillating pressure gradient. The physical model considers viscous, incompressible flow between two parallel plates. The lower plate is stationary, while the upper plate moves with a constant velocity (Couette component) and allows for uniform fluid injection/suction (transpiration). The driving pressure gradient has both a steady and a harmonically oscillating component.

The provided script implements an analytical solution to this complex flow problem. The code architecture separates physical parameter definitions, computational functions, and visualization routines. It performs a parametric study and generates a comprehensive set of visualizations, including:

The influence of wall transpiration velocity on steady-state velocity profiles.

The spatial structure and temporal evolution of the oscillatory flow component.

Frequency response analysis (amplitude and phase) of the flow oscillation at the channel mid-gap.

3D and contour plots of the total velocity field V_x(z,y,t), illustrating the combined Couette, Poiseuille, and oscillatory effects.

Analysis of the effect of the oscillating pressure gradient amplitude.

Visualization of the complex wavenumber parameters governing the oscillatory boundary layer.

The code is meticulously commented, modularized with dedicated functions, and uses physically realistic parameters for water at 20°C. It is designed for researchers and students in fluid dynamics, applied mathematics, and engineering, serving as an educational tool for understanding unsteady viscous flows and as a benchmark for validating numerical solvers. The script is self-contained and directly reproduces all figures from the associated theoretical study.
DOI: 10.17632/6x3pcgmr2n
title: Transient Convective Flow with Viscous Dissipation in a Horizontal Channel: MATLAB Implementation

description: This dataset contains a complete MATLAB implementation for simulating transient convective flow with viscous dissipation in a horizontal channel filled with water. The code models the time-dependent development of combined Couette-Poiseuille flow between two parallel plates under the influence of a pressure gradient, wall motion, and differential heating.

The physical model accounts for key phenomena: momentum transfer through viscous stresses, heat conduction, convective energy transport, and internal heat generation due to viscous dissipation (Joule heating). The Boussinesq approximation is employed to include buoyancy effects on pressure distribution. The numerical approach utilizes a Fourier series expansion to solve the unsteady momentum equation analytically, while the energy equation is solved via spectral projection to capture the temperature field evolution.

All thermophysical properties correspond to water at 20°C. The simulation parameters are configured to ensure laminar flow conditions (Re &lt; 2000). The main script calculates velocity, temperature, pressure, shear stress, and dissipation function profiles at multiple time instances, visualizing the transition from initial to steady state.

Primary outputs include a comprehensive six-panel figure summarizing the flow's hydrodynamic and thermal development, plus console output of key dimensionless numbers (Reynolds, Prandtl, Grashof) and characteristic time scales. This code is designed for research and educational purposes in computational fluid dynamics, heat transfer, and applied mathematics, providing a transparent tool for studying non-isothermal viscous flow transients.

The dataset consists of the main MATLAB script and a detailed README file.