cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.5281/zenodo.6467094
title: Competitive control of multiscale aquifer heterogeneity on solute transport in an alluvial aquifer

description: Here, we provide the dataset for the publication "<strong>Competitive control of multiscale aquifer heterogeneity on solute transport</strong> <strong>in an alluvial aquifer</strong>" submitted to Journal of Hydrology for peer-review.
DOI: 10.5281/zenodo.6467095
title: The observed BTC of tracer test conducted at the Tongzhou site

description: Here, we provide the observed BTC data of tracer test conducted at the Tongzhou site for the publication"<strong>Competitive control of multiscale aquifer heterogeneity on solute transport</strong> <strong> in alluvial aquifers</strong>" submitted to Water Resources Research for peer-review.
DOI: 10.5281/zenodo.7188052
title: Competitive control of multiscale aquifer heterogeneity on solute transport in an alluvial aquifer

description: Here, we provide the dataset for the publication "<strong>Competitive control of multiscale aquifer heterogeneity on solute transport</strong> <strong>in an alluvial aquifer</strong>" submitted to Journal of Hydrology for peer-review.
DOI: 10.5281/zenodo.7188056
title: Characterisation of Laser Wakefield Acceleration Efficiency with Octave Spanning Near-IR Spectrum Measurements

description: The dataset and analysis codes for the publication "Characterisation of Laser Wakefield Acceleration Efficiency with Octave Spanning Near-IR Spectrum Measurements". Analysis code is stored as jupyter notebooks.
DOI: 10.6084/m9.figshare.21316299
title: dataset_LCMSMS.xlsx

description: This file is including the results of <em>in vitro</em> phosphatidylglucoside (PtdGlc) biosynthesis assay. We incubated saturated phosphatidic acid (PA, 18:0/20:0) and UDP-glucose with buffer, flag-conjugated UGGT1 or flag-conjugated UGGT2. PtdGlc (18:0/20:0) formation was monitored by reversed phase LC-MS/MS in negative ion mode with multiple reaction monitoring utilising four precursor-product ion pairs simultaneously at the following settings: <em>m/z</em> 893.5→283.1 (CE: 66.0); <em>m/z</em> 893.5→311.2 (CE: 56.0); <em>m/z</em> 893.5→419.1 (CE: 37.0); and <em>m/z</em> 893.5→79.0 (CE: 97.0). We also incubated unstaurated PA (18:1/18:1) with buffer or flag-conjugated UGGT2. The unsaturated glucosylated-PA (18:1/18:1) was detected with multiple reaction monitoring utilising three precursor-product ion pairs simultaneously at the following settings: <em>m/z</em> 861.5→281.1 (CE: 66.0); <em>m/z</em> 861.5→417.1 (CE: 37.0); and <em>m/z</em> 861.5→79.0 (CE: 97.0). In addition, we performed PtdGlc biosynthesis assays with flag-conjugated UGGT2 in the presence of denatured Urea-denatured thyroglobulin and saturated PA (18:0/20:0).
DOI: 10.48420/21299802
title: Model outputs 1: all simulations excluding mode 2 sensitivity tests

description: This dataset contains the model outputs for all simulations except the mode 2 sensitivity studies. <br> <strong>Data file structure</strong> The model output files are provided in the netCDF file format (.nc). The model output filename convection is as follows: <br> depth_aerosol_temp_updraft_aINP_#.nc <br> where depth (deep or shallow) indicates the cloud depth, aerosol (natural or nearcity) indicates the aerosol size distribution, temp (cold or warm) indicates the cloud base temperature, updraft (05, 2 or 10) indicates the updraft speed, a(01,1,10)INP indicates the INP concentration, and # is a number and indicates the secondary ice production (SIP) mechanism (see details below). <br> <strong># refers to the SIP as follows:</strong> 000 control (no SIP) 001 M1 002 CB 003 M1+CB 004 M2 005 M1+M2 006 M2+CB 007 M1+M2+CB 008 RS 009 RS+M1 010 RS+CB 011 RS+M1+CB 012 RS+M2 013 RS+M1+M2 014 RS+M2+CB 015 RS+M1+M2+CB <br> For example, shallow_natural_cold_05_1INP_000.nc refers to a simulation with no SIP mechanisms with a cloud depth of 1.3 km, a natural aerosol size distribution, a cloud base temperature of 0 °C, an updraft speed of 0.5 m s<sup>-1</sup> and x1 INP concentration.
DOI: 10.48420/21299802.v2
title: Model outputs 1: all simulations excluding mode 2 sensitivity tests

description: This dataset contains the model outputs for all simulations except the mode 2 sensitivity studies. <br> <strong>Data file structure</strong> The model output files are provided in the netCDF file format (.nc). The model output filename convection is as follows: <br> depth_aerosol_temp_updraft_aINP_#.nc <br> where depth (deep or shallow) indicates the cloud depth, aerosol (natural or nearcity) indicates the aerosol size distribution, temp (cold or warm) indicates the cloud base temperature, updraft (05, 2 or 10) indicates the updraft speed, a(01,1,10)INP indicates the INP concentration, and # is a number and indicates the secondary ice production (SIP) mechanism (see details below). <br> <strong># refers to the SIP as follows:</strong> 000 control (no SIP) 001 M1 002 CB 003 M1+CB 004 M2 005 M1+M2 006 M2+CB 007 M1+M2+CB 008 RS 009 RS+M1 010 RS+CB 011 RS+M1+CB 012 RS+M2 013 RS+M1+M2 014 RS+M2+CB 015 RS+M1+M2+CB <br> For example, shallow_natural_cold_05_1INP_000.nc refers to a simulation with no SIP mechanisms with a cloud depth of 1.3 km, a natural aerosol size distribution, a cloud base temperature of 0 °C, an updraft speed of 0.5 m s<sup>-1</sup> and x1 INP concentration.
DOI: 10.48420/21299802.v1
title: Model outputs 1: all simulations excluding mode 2 sensitivity tests

description: This dataset contains the model outputs for all simulations except the mode 2 sensitivity studies. <br> <strong>Data file structure</strong> The model output files are provided in the netCDF file format (.nc). The model output filename convection is as follows: <br> depth_aerosol_temp_updraft_aINP_#.nc <br> where depth (deep or shallow) indicates the cloud depth, aerosol (natural or nearcity) indicates the aerosol size distribution, temp (cold or warm) indicates the cloud base temperature, updraft (05, 2 or 10) indicates the updraft speed, a(01,1,10)INP indicates the INP concentration, and # is a number and indicates the secondary ice production (SIP) mechanism (see details below). <br> <strong># refers to the SIP as follows:</strong> 000 control (no SIP) 001 M1 002 CB 003 M1+CB 004 M2 005 M1+M2 006 M2+CB 007 M1+M2+CB 008 RS 009 RS+M1 010 RS+CB 011 RS+M1+CB 012 RS+M2 013 RS+M1+M2 014 RS+M2+CB 015 RS+M1+M2+CB <br> For example, shallow_natural_cold_05_1INP_000.nc refers to a simulation with no SIP mechanisms with a cloud depth of 1.3 km, a natural aerosol size distribution, a cloud base temperature of 0 °C, an updraft speed of 0.5 m s<sup>-1</sup> and x1 INP concentration.
DOI: 10.6084/m9.figshare.21316350
title: Factors of PSS Score Construct.docx

description: Factors of PSS Score Construct
DOI: 10.6084/m9.figshare.21316350.v1
title: Factors of PSS Score Construct.docx

description: Factors of PSS Score Construct
DOI: 10.6084/m9.figshare.14685969
title: Nafion-induced reduction of manganese and its impact on the electrocatalytic properties of a highly active MnFeNi oxide for bifunctional oxygen conversion

description: Datasets used for the figures in the manuscript "Nafion-induced reduction of manganese and its impact on the electrocatalytic properties of a highly active MnFeNi oxide for bifunctional oxygen conversion"
DOI: 10.6084/m9.figshare.14685969.v1
title: Nafion-induced reduction of manganese and its impact on the electrocatalytic properties of a highly active MnFeNi oxide for bifunctional oxygen conversion

description: Datasets used for the figures in the manuscript "Nafion-induced reduction of manganese and its impact on the electrocatalytic properties of a highly active MnFeNi oxide for bifunctional oxygen conversion"
DOI: 10.15151/esrf-es-884964291
title: Cryo-electron microscopy EPN BAG

description: At the EPN campus level structural biology work is carried out in all the 4 institutes (IBS, ESRF, ILL and EMBL). Today all structural biology groups are turning to cryo-EM. The EM demand is therefore extremely high and present in the 4 Institutes. In a nutshell, there are more than 45 PIs that could benefit from Krios time on the EPN campus (more than 90 different samples). Around 20 % of the sample are ready for high resolution data collection with already prepared grids that have been pre-screened on Glacios microscopes. Whereas some work could be carried out on Glacios microscopes, for difficult samples the use of a krios is indispensable (heterogeneous sample or limited concentration requiring a large number of images; small protein etc). Only these samples will be selected for Krios time at the BAG level
DOI: 10.6084/m9.figshare.21316047.v1
title: 15a137d60b148068f.jpeg

description: ㄴㅇㄹㅇ
DOI: 10.34740/kaggle/dsv/4316404
title: AutoXGB
DOI: 10.5281/zenodo.7188178
title: Expert-annotated dataset to study cyberbullying in Polish language

description: We present the first dataset for the Polish language containing annotations of harmful and toxic language. The dataset was created to study harmful Internet phenomena such as cyberbullying and hate speech, which have dramatically gained in numbers in recent years both on Polish Internet as well as worldwide. The dataset was automatically collected and annotated in two ways. Firstly, by two trained layperson volunteers under the supervision of a cyberbullying and hate-speech expert. To improve the quality of annotations, the second turn of annotations was performed by a group of trained expert annotators specializing in the annotation of cyberbullying and hate-speech data, which was also additionally supervised by an additional experienced expert annotator (or super-annotator). We initially utilize the dataset in the classification of cyberbullying in Polish. In particular, the dataset is utilized in two tasks: 1) binary classification of harmful and non-harmful messages, and 2) multi-class classification between two types of harmful information (cyberbullying and hate speech), and others. Apart from the dataset itself, we also share the classification model which achieved the highest classification results for the dataset to be freely applied by third parties in cyberbullying prevention architectures.
DOI: 10.5281/zenodo.7188177
title: Expert-annotated dataset to study cyberbullying in Polish language

description: We present the first dataset for the Polish language containing annotations of harmful and toxic language. The dataset was created to study harmful Internet phenomena such as cyberbullying and hate speech, which have dramatically gained in numbers in recent years both on Polish Internet as well as worldwide. The dataset was automatically collected and annotated in two ways. Firstly, by two trained layperson volunteers under the supervision of a cyberbullying and hate-speech expert. To improve the quality of annotations, the second turn of annotations was performed by a group of trained expert annotators specializing in the annotation of cyberbullying and hate-speech data, which was also additionally supervised by an additional experienced expert annotator (or super-annotator). We initially utilize the dataset in the classification of cyberbullying in Polish. In particular, the dataset is utilized in two tasks: 1) binary classification of harmful and non-harmful messages, and 2) multi-class classification between two types of harmful information (cyberbullying and hate speech), and others. Apart from the dataset itself, we also share the classification model which achieved the highest classification results for the dataset to be freely applied by third parties in cyberbullying prevention architectures.
DOI: 10.6084/m9.figshare.21316410
title: Novel Loadsol measurements validity reliability.zip

description: This data set includes the raw data of different landings such as drop jumps (20, 40 and 60 cm), countermovement jumps, squat jumps and drop landings (20,40 and 60 cm). The landings were performed by two participants. The measurement tools were two Kistler forceplates and loadsol from Novel.
DOI: 10.6084/m9.figshare.19932209.v1
title: Sediment pickup rate in bare and vegetated channels

description: This provides the key data used in the paper.
DOI: 10.6084/m9.figshare.21316443
title: Application of biomechanical assessment based on surface electromyography and three-dimensional gait analysis in the rehabilitation of anterior cruciate ligament injury

description: Anterior cruciate ligament injury of the knee is a condition that seriously affects the athletic ability of young adults. Reconstructive surgery to restore the anatomical stability of the ligament, together with effective rehabilitation, is an important means of restoring control of the knee joint and returning to work. However, due to the limitations of rehabilitation assessment techniques, most post-reconstruction patients are still unable to undergo individualised rehabilitation, which in turn affects the recovery of their post-operative motor function. In this study, on the basis of the surface electromyography technique, which has been demonstrated to be a good indicator of the neuromuscular function of the lower limbs in patients with ACL injuries, we propose to conduct a comprehensive assessment of the neuromuscular function and biomechanics of the lower limbs of patients with ACL injuries at different stages by using surface electromyography and 3D gait analysis, and to explore the focus of rehabilitation at different stages after ACL reconstruction based on in-depth analysis of the assessment results. And the results of the sports biomechanics evaluation are used as the basis for formulating individualised rehabilitation treatment programmes. At the same time, the patients treated with the traditional rehabilitation programme were used as controls, and the gait analysis, surface electromyography analysis and comprehensive motor ability score were used to compare the differences in treatment effects between the two groups, providing a theoretical and technical basis for the establishment of a personalised rehabilitation programme for patients with knee cruciate ligament injuries. <br>
DOI: 10.6084/m9.figshare.21316443.v1
title: Application of biomechanical assessment based on surface electromyography and three-dimensional gait analysis in the rehabilitation of anterior cruciate ligament injury

description: Anterior cruciate ligament injury of the knee is a condition that seriously affects the athletic ability of young adults. Reconstructive surgery to restore the anatomical stability of the ligament, together with effective rehabilitation, is an important means of restoring control of the knee joint and returning to work. However, due to the limitations of rehabilitation assessment techniques, most post-reconstruction patients are still unable to undergo individualised rehabilitation, which in turn affects the recovery of their post-operative motor function. In this study, on the basis of the surface electromyography technique, which has been demonstrated to be a good indicator of the neuromuscular function of the lower limbs in patients with ACL injuries, we propose to conduct a comprehensive assessment of the neuromuscular function and biomechanics of the lower limbs of patients with ACL injuries at different stages by using surface electromyography and 3D gait analysis, and to explore the focus of rehabilitation at different stages after ACL reconstruction based on in-depth analysis of the assessment results. And the results of the sports biomechanics evaluation are used as the basis for formulating individualised rehabilitation treatment programmes. At the same time, the patients treated with the traditional rehabilitation programme were used as controls, and the gait analysis, surface electromyography analysis and comprehensive motor ability score were used to compare the differences in treatment effects between the two groups, providing a theoretical and technical basis for the establishment of a personalised rehabilitation programme for patients with knee cruciate ligament injuries. <br>
DOI: 10.6084/m9.figshare.21316047.v2
title: 15a137d60b148068f.jpeg

description: ㄴㅇㄹㅇ
DOI: 10.5281/zenodo.7185314
title: J1/CH+CU MD Traj

description: J1/CH+CU MD Traj With AMBER topology file and NetCDF trajectories.
DOI: 10.5281/zenodo.7185313
title: J1/CH+CU MD Traj

description: J1/CH+CU MD Traj With AMBER topology file and NetCDF trajectories.
DOI: 10.5281/zenodo.7185365
title: J1/LMCU Scaling MD a

description: J1/LMCU Scaling MD a With AMBER topology file and NetCDF trajectories. Scaling factor labelled in the name.
DOI: 10.5281/zenodo.7185364
title: J1/LMCU Scaling MD a

description: J1/LMCU Scaling MD a With AMBER topology file and NetCDF trajectories. Scaling factor labelled in the name.
DOI: 10.21427/9wva-p575
title: Dublin Visitor Suvery 2002
DOI: 10.6084/m9.figshare.19304360.v3
title: Raw Data.zip

description: This zip package includes all the raw data involving in the article "Plac8 regulates the fibrogenic ability of cardiac fibroblasts in mice with myocardial infarction" submitted to <em><strong>All Life</strong></em>.
DOI: 10.5281/zenodo.7185832
title: J1 Low Ions MD Traj a

description: J1 Low Ions MD Traj a With AMBER topology file and NetCDF trajectories. K+ concentration is labelled in the name.
DOI: 10.5281/zenodo.7185831
title: J1 Low Ions MD Traj a

description: J1 Low Ions MD Traj a With AMBER topology file and NetCDF trajectories. K+ concentration is labelled in the name.
DOI: 10.6084/m9.figshare.21316500
title: Additional file 21: File S3. Sanger sequencing raw data.

description: Additional file 21: File S3. Sanger sequencing raw data.
DOI: 10.6084/m9.figshare.21316500.v1
title: Additional file 21: File S3. Sanger sequencing raw data.

description: Additional file 21: File S3. Sanger sequencing raw data.
DOI: 10.5281/zenodo.7185852
title: J1 Low Ions MD Traj b (Huge box, 64-nt HJ and 24-nt HJ systems)

description: J1 Low Ions MD Traj b With AMBER topology file and NetCDF trajectories.
DOI: 10.21427/r7gy-kb83
title: Dublin Visitor Survey 2003
DOI: 10.5281/zenodo.7185851
title: J1 Low Ions MD Traj b (Huge box, 64-nt HJ and 24-nt HJ systems)

description: J1 Low Ions MD Traj b With AMBER topology file and NetCDF trajectories.
DOI: 10.6084/m9.figshare.21316512
title: dataset.zip

description: This is the dataset for the article entitled SME’s Asset Acquisition Capacity and the Role of external financing: Empirical Evidence from Europe & Central Asia<br>
DOI: 10.6084/m9.figshare.21316512.v1
title: dataset.zip

description: This is the dataset for the article entitled SME’s Asset Acquisition Capacity and the Role of external financing: Empirical Evidence from Europe & Central Asia<br>
DOI: 10.5281/zenodo.4479858
title: Koranic Science, a Commentary [IO Islamic 1760] کتاب جامع الجوامع

description: al-Qurʼān القرآن الكريم <strong>This manuscript is now IO Islamic 1790 in the India Office collections.</strong> <strong>[metadata:</strong> <strong>Otto Loth, </strong><strong><em>A Catalogue of the Arabic Manuscripts in the Library of the India Office</em>, (volume 1), no. 64 here with further notations and hyperlinks]</strong>. 64. 1790. Size 11<sup>1/2</sup> in. by 7<sup>1/2</sup> in.; foll. 399. Twenty-five and twenty-seven lines in a page. Another, more concise Commentary on the Koran, by ṬABARSÎ,<sup>2</sup> called کتاب جامع الجوامع, and composed in A.H. 542 and 543. Cf. Ḥ. Kh. ii. 638, جوامع الجامع, and also v. 401. His statements are, however, very incorrect. The Preface begins: الحمدلله الذی اکرمنا بکتابه الکریم، و منّ علینا بالسبع المثانی و القران العظیم، و ما ضمّنه من الآیات و الذکر الحکیم The author relates that, after finishing his مجمع البیان, he read for the first time Zamakhsharî’s <em>Kashshâf</em>, and made extracts from it, which he afterwards published as a separate book, serving as a Supplement to his first work, and entitled الکافی فی الشافی. Finally, at the instance of his son, Abu Naṣr al-Ḥasan [ابو نصر الحسن بن الفضل الطبرسي], he combined the contents of both in a third and more abridged work,-- the present one. As to the time of its composition, the author writes as follows in the Epilogue (fol. 398<em>v</em>.): و کان ابتدائی بتالیفه سنة اثنتین و اربعین و خمسمائة فی یوم السبت الثامن عشر من صفر و فراغی منه بعون الله و منّه لستٍّ بقین من المحرّم الشهر الثانی عشر فی مدة شهور العام و عدة نقباء موسی الاعلام بارض الشام فی سالف الایّام<sup>1</sup> و خلفاء نبیّنا محمّد علیه و علیهم السلم ائمة الاسلام و حجج المهیمن السلام This MS. consists of two volumes of the same paper, executed by different hands. The first (to Sû. 18) is well written, and has some marginal notes. The two following lines have been added at the end (fol. 196<em>v</em>.): فلم ارَ ودّهم الّا خداعاً و لم ارَ دینَهم اِلّا نفاقا Together with the following notice: هذا الکتاب من اوّله الی هاتین القسیمتین الجدیدتین بخط محمد بن علی بن محمد بن ابراهیم بن احمد المعلّم غفر الله له و لوالدیه و تاریخه کما کتبه یوم الاحد الرابع من شهر شعبان احد شهور سنة ست و تسعین و ثمانمائة The second volume, from Sû. 19 to the end, is likewise well written. The scribe was also a Shî’ite, for at the end he blesses ‘Alî and all the Imâms. Fol. 21 should follow fol. 15, and foll. 48 should come after fol. 6. Seals and notes of several owners on the title page, one of them of A. H. 963 [=1555-65 CE]. [Hastings.] <sup>2</sup> His full name, as given above, is found in the colophon. <sup>1</sup> See Sû. 5, 15. [<strong>ed note</strong>: Quick link to other manuscripts of this author]
DOI: 10.5281/zenodo.4479857
title: Koranic Science, a Commentary [IO Islamic 1760] کتاب جامع الجوامع

description: al-Qurʼān القرآن الكريم <strong>This manuscript is now IO Islamic 1790 in the India Office collections.</strong> <strong>[metadata:</strong> <strong>Otto Loth, </strong><strong><em>A Catalogue of the Arabic Manuscripts in the Library of the India Office</em>, (volume 1), no. 64 here with further notations and hyperlinks]</strong>. 64. 1790. Size 11<sup>1/2</sup> in. by 7<sup>1/2</sup> in.; foll. 399. Twenty-five and twenty-seven lines in a page. Another, more concise Commentary on the Koran, by ṬABARSÎ,<sup>2</sup> called کتاب جامع الجوامع, and composed in A.H. 542 and 543. Cf. Ḥ. Kh. ii. 638, جوامع الجامع, and also v. 401. His statements are, however, very incorrect. The Preface begins: الحمدلله الذی اکرمنا بکتابه الکریم، و منّ علینا بالسبع المثانی و القران العظیم، و ما ضمّنه من الآیات و الذکر الحکیم The author relates that, after finishing his مجمع البیان, he read for the first time Zamakhsharî’s <em>Kashshâf</em>, and made extracts from it, which he afterwards published as a separate book, serving as a Supplement to his first work, and entitled الکافی فی الشافی. Finally, at the instance of his son, Abu Naṣr al-Ḥasan [ابو نصر الحسن بن الفضل الطبرسي], he combined the contents of both in a third and more abridged work,-- the present one. As to the time of its composition, the author writes as follows in the Epilogue (fol. 398<em>v</em>.): و کان ابتدائی بتالیفه سنة اثنتین و اربعین و خمسمائة فی یوم السبت الثامن عشر من صفر و فراغی منه بعون الله و منّه لستٍّ بقین من المحرّم الشهر الثانی عشر فی مدة شهور العام و عدة نقباء موسی الاعلام بارض الشام فی سالف الایّام<sup>1</sup> و خلفاء نبیّنا محمّد علیه و علیهم السلم ائمة الاسلام و حجج المهیمن السلام This MS. consists of two volumes of the same paper, executed by different hands. The first (to Sû. 18) is well written, and has some marginal notes. The two following lines have been added at the end (fol. 196<em>v</em>.): فلم ارَ ودّهم الّا خداعاً و لم ارَ دینَهم اِلّا نفاقا Together with the following notice: هذا الکتاب من اوّله الی هاتین القسیمتین الجدیدتین بخط محمد بن علی بن محمد بن ابراهیم بن احمد المعلّم غفر الله له و لوالدیه و تاریخه کما کتبه یوم الاحد الرابع من شهر شعبان احد شهور سنة ست و تسعین و ثمانمائة The second volume, from Sû. 19 to the end, is likewise well written. The scribe was also a Shî’ite, for at the end he blesses ‘Alî and all the Imâms. Fol. 21 should follow fol. 15, and foll. 48 should come after fol. 6. Seals and notes of several owners on the title page, one of them of A. H. 963 [=1555-65 CE]. [Hastings.] <sup>2</sup> His full name, as given above, is found in the colophon. <sup>1</sup> See Sû. 5, 15. [<strong>ed note</strong>: Quick link to other manuscripts of this author]