cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.57760/sciencedb.j00001.01121
title: A dataset on the distribution of ice crevasses at the end of the Yanong Glacier in south-eastern Tibet, 2022-2023
title: 2022-2023年藏东南雅弄冰川末端冰裂隙分布数据集

description: The Yanong Glacier, situated in the Kangri Karpo Mountains (KKM) of the southeastern Tibetan Plateau, represents the largest monsoon temperate glacier in the region. In recent years, the glacier has undergone significant retreat due to global warming. This dataset is based on high-resolution UAV orthophotos collected during field campaigns in 2022 and 2023, integrated with deep learning techniques to extract surface crevasse features at the terminus of Yanong Glacier. The dataset provides comprehensive information regarding the orientation, length, width, and area of each identified crevasse. The dataset comprises two primary files: vector data of surface crevasses at the glacier terminus, extracted using deep learning techniques for July 2022 and August 2023. This dataset effectively captures the spatial distribution and temporal evolution of surface crevasses from 2022 to 2023, thereby reflecting dynamic changes in surface flow velocity and highlighting the heterogeneity of internal glacier stresses. Such data are invaluable for researchers aiming to quantify glacier mass balance and derive surface flow velocities. Furthermore, these insights enable the parameterization of crevasse-related processes in numerical models, ultimately contributing to a more comprehensive understanding of glacier dynamics and their response to climate change.
description: The Yanong Glacier, situated in the Kangri Karpo Mountains (KKM) of the southeastern Tibetan Plateau, represents the largest monsoon temperate glacier in the region. In recent years, the glacier has undergone significant retreat due to global warming. This dataset is based on high-resolution UAV orthophotos collected during field campaigns in 2022 and 2023, integrated with deep learning techniques to extract surface crevasse features at the terminus of Yanong Glacier. The dataset provides comprehensive information regarding the orientation, length, width, and area of each identified crevasse. The dataset comprises two primary files: vector data of surface crevasses at the glacier terminus, extracted using deep learning techniques for July 2022 and August 2023. This dataset effectively captures the spatial distribution and temporal evolution of surface crevasses from 2022 to 2023, thereby reflecting dynamic changes in surface flow velocity and highlighting the heterogeneity of internal glacier stresses. Such data are invaluable for researchers aiming to quantify glacier mass balance and derive surface flow velocities. Furthermore, these insights enable the parameterization of crevasse-related processes in numerical models, ultimately contributing to a more comprehensive understanding of glacier dynamics and their response to climate change.
DOI: 10.57760/sciencedb.fastro.00009
title: Unveiling the emission properties of three long-period pulsars using FAST
title: Unveiling the emission properties of three long-period pulsars using FAST

description: Pulsar radio emission phenomena are highly diverse, with individual pulsars often exhibiting unique behaviors. Most pulsars typically display one or two common emission phenomena, such as nulling or mode changing, and it is relatively rare for a single pulsar to exhibit multiple phenomena. This is especially true for long-period pulsars, which are less frequently studied and tend to show more complex and varied emission behaviors. In this paper, we investigate the emission properties of three long-period pulsars (PSR J1945+1211, PSR J2323+1214, and PSR J1900−0134) observed with the Five-hundred-meter Aperture Spherical Radio Telescope (FAST) during the CRAFTS survey at a center frequency of 1.25 GHz. Key findings include the detection of quasi-periodic nulls and the first identification of dwarf pulses in PSR J2323+1214, characterized by weaker and narrower emissions compared to regular bursts. Additionally, a detailed microstructure analysis of PSR J1900−0134 revealed pulse patterns as short as 1.57 microseconds. Bright pulses were observed in all three pulsars at different rates. These observations suggest complex magnetospheric processes, possibly linked to magnetic reconnections, providing a better understanding into the emission mechanisms and behaviors of long-period pulsars.
description: Pulsar radio emission phenomena are highly diverse, with individual pulsars often exhibiting unique behaviors. Most pulsars typically display one or two common emission phenomena, such as nulling or mode changing, and it is relatively rare for a single pulsar to exhibit multiple phenomena. This is especially true for long-period pulsars, which are less frequently studied and tend to show more complex and varied emission behaviors. In this paper, we investigate the emission properties of three long-period pulsars (PSR J1945+1211, PSR J2323+1214, and PSR J1900−0134) observed with the Five-hundred-meter Aperture Spherical Radio Telescope (FAST) during the CRAFTS survey at a center frequency of 1.25 GHz. Key findings include the detection of quasi-periodic nulls and the first identification of dwarf pulses in PSR J2323+1214, characterized by weaker and narrower emissions compared to regular bursts. Additionally, a detailed microstructure analysis of PSR J1900−0134 revealed pulse patterns as short as 1.57 microseconds. Bright pulses were observed in all three pulsars at different rates. These observations suggest complex magnetospheric processes, possibly linked to magnetic reconnections, providing a better understanding into the emission mechanisms and behaviors of long-period pulsars.
DOI: 10.57760/sciencedb.15185
title: Nobiletin and CaSR
title: Nobiletin and CaSR

description: The cell migration image in figure 5 of this study is the original image were taken with a fluorescence microscope at 20×magnification.
description: The cell migration image in figure 5 of this study is the original image were taken with a fluorescence microscope at 20×magnification.
DOI: 10.57760/sciencedb.15188
title: Urfa's fringe belt data
title: Urfa's fringe belt data

description: This file includes the material used for the identification of the fringe belts of Urfa, Turkey
description: This file includes the material used for the identification of the fringe belts of Urfa, Turkey
DOI: 10.57760/sciencedb.psych.00321
title: The Relationship Between Parental Stress and Children's Learning Engagement Against The Background of The “Double Reduction” Policy: The Chain Mediating Role of Positive Co-parenting and Home-school Communication
title: “双减”背景下父母教养压力对儿童学习投入的影响：积极协同教养和家校沟通的链式中介作用

description: 本研究包括 942 个家庭，采用问卷调查，从共同育儿和家校合作的角度调查父母压力与儿童学习参与之间的关系。
description: 本研究包括 942 个家庭，采用问卷调查，从共同育儿和家校合作的角度调查父母压力与儿童学习参与之间的关系。
DOI: 10.57760/sciencedb.15204
title: LICOM-L and LICOM-H DSL datasets
title: LICOM-L and LICOM-H DSL datasets

description: The LICOM2-L model has a resolution of 1° in the zonal direction and 0.5° in the meridional direction within the equatorial band from 10°S to 10°N. The meridional resolution increases to 1° in the regions from 10°S to 20°S and from 10°N to 20°N, and it remains at 1° for latitudes beyond 20°S and 20°N. The model incorporates 30 vertical levels, with the resolution increasing with depth. The LICOM2-L adopted the mesoscale eddy parameterization scheme from Gent and Mcwilliams (1990) in the temperature and salinity equations to characterize the role of mesoscale eddies. Based on the LICOM2-L, the LICOM2-H uniformly improved the horizontal resolution to 0.1°×0.1° and the vertical resolution to 55 levels (Yu et al., 2012). Compared with the physical processes of the LICOM2-L, the LICOM2-H adopted double-tuned viscosity and diffusion schemes in the horizontal momentum equation and the temperature and salinity equations, respectively.
description: The LICOM2-L model has a resolution of 1° in the zonal direction and 0.5° in the meridional direction within the equatorial band from 10°S to 10°N. The meridional resolution increases to 1° in the regions from 10°S to 20°S and from 10°N to 20°N, and it remains at 1° for latitudes beyond 20°S and 20°N. The model incorporates 30 vertical levels, with the resolution increasing with depth. The LICOM2-L adopted the mesoscale eddy parameterization scheme from Gent and Mcwilliams (1990) in the temperature and salinity equations to characterize the role of mesoscale eddies. Based on the LICOM2-L, the LICOM2-H uniformly improved the horizontal resolution to 0.1°×0.1° and the vertical resolution to 55 levels (Yu et al., 2012). Compared with the physical processes of the LICOM2-L, the LICOM2-H adopted double-tuned viscosity and diffusion schemes in the horizontal momentum equation and the temperature and salinity equations, respectively.
DOI: 10.57760/sciencedb.j00207.00026
title: Appendix of 'A New Integrated Epidemic-Logistics Model for Optimal Resources Allocation with a Dynamic Varying of Inventory and an Implementing of Social Interventions During a Viral Epidemic'
title: Appendix of 'A New Integrated Epidemic-Logistics Model for Optimal Resources Allocation with a Dynamic Varying of Inventory and an Implementing of Social Interventions During a Viral Epidemic'

description: Appendix AA.1 Nonnegativity and BoundednessA.2 Equilibrium and Reproduction NumberA.3 Stability of Endemic EquilibriumAppendix B The Basic Experiment Data
description: Appendix AA.1 Nonnegativity and BoundednessA.2 Equilibrium and Reproduction NumberA.3 Stability of Endemic EquilibriumAppendix B The Basic Experiment Data
DOI: 10.57760/sciencedb.15205
title: A deep learning-based system for automatic detection of emesis with high accuracy in Suncus murinus
title: A deep learning-based system for automatic detection of emesis with high accuracy in Suncus murinus

description: Videos "M1 to M3" and "2024-01-11_08-57-37" are recordings for 4 male Suncus murinus received exendin-4 injection.Videos "F1 to F4" are recordings for 4 female Suncus murius recevied exendin-4 injection.Videos "M-01-SAL VS CIS" and "M-02-SAL VS CIS" are recordings for 2 male Suncus murinus preated with saline followed by cisplatin treatment.Videos "M-03-PALO VS CIS" and "M-04-PALO VS CIS" are recordings for 2 male Suncus murinus preated with palonosetron followed by cisplatin treatment.Videos “F-03-SAL VS CIS”, “F-04-SAL VS CIS” and “F-06-SAL VS CIS” are recordings for 3 female Suncus murinus pretreated with saline followed by cisplatin treatment.Videos “F-01-palo vs cis”, “F-02-PALO VS CIS” and “F-05-PALO VS CIS” are recordings for 3 female Suncus murinus preated with palonosetron followed by cisplatin treatment.
description: Videos "M1 to M3" and "2024-01-11_08-57-37" are recordings for 4 male Suncus murinus received exendin-4 injection.Videos "F1 to F4" are recordings for 4 female Suncus murius recevied exendin-4 injection.Videos "M-01-SAL VS CIS" and "M-02-SAL VS CIS" are recordings for 2 male Suncus murinus preated with saline followed by cisplatin treatment.Videos "M-03-PALO VS CIS" and "M-04-PALO VS CIS" are recordings for 2 male Suncus murinus preated with palonosetron followed by cisplatin treatment.Videos “F-03-SAL VS CIS”, “F-04-SAL VS CIS” and “F-06-SAL VS CIS” are recordings for 3 female Suncus murinus pretreated with saline followed by cisplatin treatment.Videos “F-01-palo vs cis”, “F-02-PALO VS CIS” and “F-05-PALO VS CIS” are recordings for 3 female Suncus murinus preated with palonosetron followed by cisplatin treatment.
DOI: 10.57760/sciencedb.15231
title: Data for convection initiation of an extreme rainfall event on 25 July 2019
title: Data for convection initiation of an extreme rainfall event on 25 July 2019

description: Files named as Radar_data.rar is the 6-min resolution radar composite reflectivity data over the middle reaches of the Yangtze River Basin from 05 to 13 UTC on 25 July 2019.Files named as AWS_data.rar is the automatic weather stations (AWSs) with a horizontal resolution of ~10 km from 00 to 23 UTC on 25 July 2019.Files named as sounding_data.rar is the sounding observation in China at 08 UTC on 25 July 2019.
description: Files named as Radar_data.rar is the 6-min resolution radar composite reflectivity data over the middle reaches of the Yangtze River Basin from 05 to 13 UTC on 25 July 2019.Files named as AWS_data.rar is the automatic weather stations (AWSs) with a horizontal resolution of ~10 km from 00 to 23 UTC on 25 July 2019.Files named as sounding_data.rar is the sounding observation in China at 08 UTC on 25 July 2019.
DOI: 10.57760/sciencedb.15233
title: SNMO code
title: SNMO code

description: The code of SNMO
description: The code of SNMO
DOI: 10.57760/sciencedb.partic.00094
title: Experimental investigation on the distribution uniformity and pressure drop of perforated plate distributors for the innovative spray-type packed bed thermal storage
title: Experimental investigation on the distribution uniformity and pressure drop of perforated plate distributors for the innovative spray-type packed bed thermal storage

description: As an innovative thermal energy technology, the spray-type packed bed has advantages of high efficiency and low cost. A liquid distributor is the key component for the spray-type packed bed for scattering heat-transfer liquid drops evenly. In this study, the distribution performance and pressure drop of the perforated plate distributors of different orifice diameters were studied experimentally. The experimental results indicate that orifice diameter has a greater effect on the distribution performance compared to flow rate. With an increase in flow rate, the flow pattern through the distributor changes from the uncovered drop to the covered drop and then to the jet flow. The covered drop pattern shows the best performance with a good distribution and a small pressure drop simultaneously, which is the design and optimization principle of the distributor for a spray-type packed bed.
description: As an innovative thermal energy technology, the spray-type packed bed has advantages of high efficiency and low cost. A liquid distributor is the key component for the spray-type packed bed for scattering heat-transfer liquid drops evenly. In this study, the distribution performance and pressure drop of the perforated plate distributors of different orifice diameters were studied experimentally. The experimental results indicate that orifice diameter has a greater effect on the distribution performance compared to flow rate. With an increase in flow rate, the flow pattern through the distributor changes from the uncovered drop to the covered drop and then to the jet flow. The covered drop pattern shows the best performance with a good distribution and a small pressure drop simultaneously, which is the design and optimization principle of the distributor for a spray-type packed bed.
DOI: 10.57760/sciencedb.15245
title: MiR-210-5p inhibits colorectal cancer cells by down-regulating Aquaporin 1
title: MiR-210-5p inhibits colorectal cancer cells by down-regulating Aquaporin 1

description: Data related the following manuscript: MiR-210-5p inhibits the proliferation and migration of colorectal cancer cells by down-regulating Aquaporin 1.
description: Data related the following manuscript: MiR-210-5p inhibits the proliferation and migration of colorectal cancer cells by down-regulating Aquaporin 1.
DOI: 10.57760/sciencedb.partic.00096
title: Design of layered-stacking graphene assemblies as advanced electrodes for supercapacitors
title: Design of layered-stacking graphene assemblies as advanced electrodes for supercapacitors

description: Graphene is a competitive electrode material for supercapacitors due to its unique two-dimensional structure, large surface area, high conductivity, and good physicochemical stability. However, random agglomeration and restacking of graphene sheets result in a reduced surface area and a loose structure with low density, which severely restricts the application for high gravimetric/volumetric energy density devices. Rational design of the layered-stacking structure of graphene assemblies can effectively prevent the restacking of graphene sheets, construct efficient ion transport channels, and improve spatial utilization, demonstrating the huge potential for developing advanced electrode materials. Herein, from the aspect of improving the electrochemical kinetics through designing efficient electron and ion transport paths, we first highlight the advantages of layered-stacking graphene assemblies, describe some common routes for preparing graphene building units, and then summarize the novel methods to design layered-stacking structures. A comprehensive review of the typical structure including nanocarbon pillared graphene, porous graphene blocks, and graphene ribbon films is provided with a focus on the mechanisms behind the performance improvements. Finally, critical challenges and some general ideas for future development are proposed, which may open up new opportunities for material chemistry and device innovation.
description: Graphene is a competitive electrode material for supercapacitors due to its unique two-dimensional structure, large surface area, high conductivity, and good physicochemical stability. However, random agglomeration and restacking of graphene sheets result in a reduced surface area and a loose structure with low density, which severely restricts the application for high gravimetric/volumetric energy density devices. Rational design of the layered-stacking structure of graphene assemblies can effectively prevent the restacking of graphene sheets, construct efficient ion transport channels, and improve spatial utilization, demonstrating the huge potential for developing advanced electrode materials. Herein, from the aspect of improving the electrochemical kinetics through designing efficient electron and ion transport paths, we first highlight the advantages of layered-stacking graphene assemblies, describe some common routes for preparing graphene building units, and then summarize the novel methods to design layered-stacking structures. A comprehensive review of the typical structure including nanocarbon pillared graphene, porous graphene blocks, and graphene ribbon films is provided with a focus on the mechanisms behind the performance improvements. Finally, critical challenges and some general ideas for future development are proposed, which may open up new opportunities for material chemistry and device innovation.
DOI: 10.5281/zenodo.15292274
title: Nested TPC-H columns as JSON (scale factor 10)

description: TPC-H data (scale factor 10), Customers joined with Orders joined with Lineitems, translated into JSON with the following structure:

Array of Customer with nested `c_orders` which is an array of Orders, each order with nested `o_lineitems`  which is an array of Lineitems.
DOI: 10.5281/zenodo.15292275
title: Nested TPC-H columns as JSON (scale factor 10)

description: TPC-H data (scale factor 10), Customers joined with Orders joined with Lineitems, translated into JSON with the following structure:

Array of Customer with nested `c_orders` which is an array of Orders, each order with nested `o_lineitems`  which is an array of Lineitems.
DOI: 10.57760/sciencedb.partic.00099
title: DEM investigation of mixing indices in a ribbon mixer
title: DEM investigation of mixing indices in a ribbon mixer

description: Mixing index is an important parameter to understand and assess the mixing state in various mixers including ribbon mixers, the typical food processing devices. Many mixing indices based on either sample variance methods or non-sample variance methods have been proposed and used in the past, however, they were not well compared in the literature to evaluate their accuracy of assessing the final mixing state. In this study, discrete element method (DEM) modelling is used to investigate and compare the accuracy of these mixing indices for mixing of uniform particles in a horizontal cylindrical ribbon mixer. The sample variance methods for mixing indices are first compared both at particle- and macro-scale levels. In addition, non-sample variance methods, namely entropy and non-sampling indices are compared against the results from the sample variance methods. The simulation results indicate that, among the indices considered in this study, Lacey index shows the most accurate results. The Lacey index is regarded to be the most suitable mixing index to evaluate the steady-state mixing state of the ribbon mixer in the real-time (or without stopping the impeller) at both the particle- and macro-scale levels. The study is useful for the selection of a proper mixing index for a specific mixture in a given mixer.
description: Mixing index is an important parameter to understand and assess the mixing state in various mixers including ribbon mixers, the typical food processing devices. Many mixing indices based on either sample variance methods or non-sample variance methods have been proposed and used in the past, however, they were not well compared in the literature to evaluate their accuracy of assessing the final mixing state. In this study, discrete element method (DEM) modelling is used to investigate and compare the accuracy of these mixing indices for mixing of uniform particles in a horizontal cylindrical ribbon mixer. The sample variance methods for mixing indices are first compared both at particle- and macro-scale levels. In addition, non-sample variance methods, namely entropy and non-sampling indices are compared against the results from the sample variance methods. The simulation results indicate that, among the indices considered in this study, Lacey index shows the most accurate results. The Lacey index is regarded to be the most suitable mixing index to evaluate the steady-state mixing state of the ribbon mixer in the real-time (or without stopping the impeller) at both the particle- and macro-scale levels. The study is useful for the selection of a proper mixing index for a specific mixture in a given mixer.
DOI: 10.57760/sciencedb.partic.00100
title: Platinum-based ternary catalysts for the electrooxidation of ethanol
title: Platinum-based ternary catalysts for the electrooxidation of ethanol

description: Direct ethanol fuel cell (DEFC) as a promising device for converting chemical energy to electricity has been paid ever-increasing attention. However, the slow kinetics of ethanol electrooxidation at an anode hinders the application of DEFCs. Although Pt is the best catalyst among all the pure metal catalysts, it still has a relatively poor ability to break the C–C bond, is deactivated by the accumulated COad intermediates, and undergoes unwanted desired structure change over long-term operation. In recent years, the addition of other metals to form binary, ternary, and quaternary catalysts have significantly improved electroactivity and stability. Ternary catalysts can have numerous element combinations and complicated architectures and, therefore, have been the subject of considerable research. In this review, most of the reported ternary catalysts will be summarized and categorized according to their structure while discussing the essence of the role of each component.
description: Direct ethanol fuel cell (DEFC) as a promising device for converting chemical energy to electricity has been paid ever-increasing attention. However, the slow kinetics of ethanol electrooxidation at an anode hinders the application of DEFCs. Although Pt is the best catalyst among all the pure metal catalysts, it still has a relatively poor ability to break the C–C bond, is deactivated by the accumulated COad intermediates, and undergoes unwanted desired structure change over long-term operation. In recent years, the addition of other metals to form binary, ternary, and quaternary catalysts have significantly improved electroactivity and stability. Ternary catalysts can have numerous element combinations and complicated architectures and, therefore, have been the subject of considerable research. In this review, most of the reported ternary catalysts will be summarized and categorized according to their structure while discussing the essence of the role of each component.