bluuebunny/crossref_metadata_2025_split huggingface dataset:
Misic, Blanka and Abigail Graham (eds). 2024. <em>Senses, Cognition, and Ritual Experience in the Roman World</em>. Cambridge: Cambridge University Press; 978-1-00935-554-4 hardback £85.
Authors: Spence Charlotte 
Published: September 2024

This is a review of Senses, Cognition, and Ritual Experience in the Roman World edited by Blanka Misic and Abigail Graham, published in 2024 by Cambridge University Press.
USO DE HERRAMIENTAS COMPUTACIONALES PARA EL ESTUDIO DEL PROCESO DE FABRICACIÓN DE CEMENTO PÓRTLAND
Authors: Jiménez Daniel Esteban , Restrepo Baena Oscar Jaime 
Published: September 2024

Para el estudio del proceso de fabricación del clinker de cemento Pórtland se utilizó el software de cálculos termodinámicos FactSage 6.4 en conjunto con la última actualización de la base de datos FT-oxid. En este artículo se examina el potencial de los cálculos termodinámicos deequilibrio de fases para contribuir al entendimiento y control del proceso. Se realizaron cálculos en condiciones de equilibrio y no equilibrio para sistemas asociados con la industria del cemento, esto es, el sistema CaO-SiO2-Al2O3-Fe2O3 el cual contiene los principales componentes delclinker de cemento Pórtland junto con compuestos minoritarios tales como MgO, K2O y Na2O, en un rango de temperatura coherente con el proceso estudiado (800-1600°C). Se determinaron las fases presentes, su distribución y rangos de estabilidad. Los resultados se comparan con información experimental reportada en la literatura y los cálculos de Bogue. Se discute el alcancey limitaciones de la base de datos y el método del cálculo usado en esta investigación.
COMPARACIÓN ENTRE EL ENSAYO AL FUEGO Y CONTEO DE PARTÍCULAS EN LA DETERMINACIÓN DEL TENOR DE ORO ALUVIAL
Authors: Zapata Natalia , Copete Hamilton , López María Esperanza , Chanci Rubén Darío 
Published: September 2024

En este trabajo se realizan aportes sobre la metodología a llevar a cabo en el estudio del oro de un yacimiento aluvial. El material es tomado de una trinchera a diferentes profundidades. A cada muestra en su estado de entrega, se le realizó un análisis granulométrico y luego se concentró en batea, obteniéndose dos productos: colas y concentrado. Se determinó el tenor del mineral empleando dos métodos: ensayos al fuego y conteo de partículas con la ayuda de un estereoscopio con aumentos de 20X, 36X y 72X. Finalmente se determinó en cuáles mallas estaba la mayor cantidad de oro y se compararon los tenores obtenidos por las dos técnicas, encontrándose diferencias entre los dos métodos, que para efectos prácticos y debido a que se registran resultados con el mismo orden de magnitud, son representativos para la industria extractiva del oro.
Testing Rate-and-State Predictions of Aftershock Decay with Distance
Authors: Page Morgan T. , van der Elst Nicholas J. , Hainzl Sebastian 
Published: September 2024

Abstract
We analyze aftershocks of the 2019 M 7.1 Ridgecrest mainshock and isolated M 5–6 mainshocks in southern California to test predictions made by the rate-and-state friction model of Dieterich (1994). Rate-and-state friction predicts that the seismicity rate after a stress step follows Omori decay, where the Omori c-value, which is the saturation in aftershock rate observed at small times, is larger for smaller stress steps. Put in the context of an aftershock sequence, this predicts that the Omori c-value will be systematically larger at greater distances from the mainshock. To our knowledge, this predicted effect has not been observed. In part this may be because the Omori c-value is difficult to measure because it often reflects short-term catalog incompleteness rather than a true saturation in aftershock rate.
We explore the dependence of the Omori c-value on the distance to the mainshock by applying the “a-positive” method (van der Elst and Page, 2023). This method is insensitive to short-term aftershock incompleteness and allows resolution of the true aftershock rate deep into the mainshock coda. For aftershocks of the Ridgecrest mainshock and stacked M 5–6 mainshocks, we observe systematic differences in early aftershock rates, relative to mainshock distance, consistent with the predictions of rate-and-state friction. Furthermore, for the larger Ridgecrest dataset, we observe that aftershocks nearer to the mainshock start earlier, and we resolve a flattening of the Omori curve consistent with a larger Omori c-value for the farthest aftershocks, as predicted by Dieterich (1994).
PERSONALIZED APPROACH TO EDUCATION
Authors: Пашков В.М. , Батколина В.В. , Головятенко Т.А. , Зеленина Н.М. 
Published: September 2024

В работе приведен анализ теоретико-методологического обеспечения реализации персонализированного подхода в системе общего образования на примере начального общего образования, основного общего образования, среднего общего образования, среднего профессионального образования и также высшего профессионального образования. Авторами рассмотрена модель реализации персонализированного подхода в образовании, которая теоретически подкреплена ключевыми научными работами в области педагогического проектирования и персонализации образования. Также в работе приведены ссылки на действующие нормативно-правовые акты, обеспечивающие реализацию модели персонализации обучения.
The paper provides an analysis of the theoretical and methodological support for the implementation of a personalized approach in the general education system using the example of primary general education, basic general education, secondary general education, secondary vocational education, and higher vocational education. The authors present an implementation model of the personalized approach in education, which is regulated by key scientific works in the field of pedagogical design and personalization of education. The work also provides links to the current regulatory legal acts that ensure the implementation of the personalized training model.
PEDAGOGICAL CONDITIONS FOR IMPLEMENTING A DIFFERENTIATED APPROACH TO PHYSICAL EDUCATION OF CHILDREN IN MODERN PRIVATE PRE-SCHOOL EDUCATIONAL ORGANIZATIONS
Authors: Ядрова А.А. , Батколина В.В. 
Published: September 2024

В статье ставится задача теоретически обосновать необходимость создания педагогических условий, обеспечивающих индивидуализацию физического воспитания детей старшего дошкольного возраста в современных частных дошкольных образовательных организациях. Применение дифференцированного подхода к физическому воспитанию детей позволит раскрыть индивидуальность личности каждого воспитанника, его склонности, интересы и определить оптимальный уровень его активности. Индивидуализация физического воспитания детей предполагает: 1) пересмотр методического обеспечения кадровой политики, основой которого является сопровождение профессионального развития и саморазвития педагогов; 2) внедрение прогрессивных технологий в образовательный процесс по физическому воспитанию; 3) оптимизацию здоровьесберегающей среды дошкольных образовательных учреждений, основой которой является обратная связь между педагогом, воспитанниками и их семьями.
The article aims to theoretically substantiate the need to develop pedagogical conditions that provide individualization of physical education of children of senior preschool age in modern private pre-school educational organizations. The application of a differentiated approach to the physical education of children will make it possible to reveal the individuality of the personality of each pupil, his inclinations, interests and determine the optimal level of his activity. The individualization of children’s physical education implies: 1) a review of the methodological support of personnel policy, the basis of which is to support the professional development and self-development of teachers; 2) introduction of advanced technologies in the educational process of physical education; 3) optimization of healthy environment of pre-school educational institutions, the basis of which is the feedback between the teacher, pupils and their families.
Urban Anti-Eviction Social Movement
Authors: Hidayat Miftahul , Sari Ramadhanita Mustika 
Published: September 2024

This research aims to explain the phenomenon of the Anti-Eviction Movement in Makassar as a case that represents the formation of civil society in East Indonesian city. Using the case study method, this research focuses on aspects related to the struggle for the right to the city and the right to a safe place to live from the threat of eviction based on primary and secondary data. The primary data comes from interviews with participants of the bara-barayya alliance movement in Makassar City conducted from January 2023 to July 2023. In the interviews, the researcher concentrated on how the bara-barayya alliance movement expressed their struggle to claim the right to the city and a safe home from the threat of eviction. Data analysis was conducted through interview analysis to obtain accurate data and describe and explain the data explicitly. The findings in this study show that the feeling of threat among urban residents who face the threat of eviction creates resistance through the anti-eviction movement to claim their right to shelter and housing and the struggle to reclaim their right to the city. This study argues the crucial and urgent importance of understanding urban anti-eviction social movements in various cities to prevent evictions in Indonesia. Mainly to construct the effectiveness of social activism.
Keywords: Activism, Anti-Eviction, Urban Social Movement, Makassar, Indonesia
Bibliometric Analysis of Factors Affecting Employee Performance with Motivation
Authors: Herawati Febriana 
Published: September 2024

Organizational performance can be maximized if the organization is able to utilize its human resources efficiently and effectively and use the right strategy to achieve predetermined goals. This consider points to supply a comprehensive bibliometric examination of components that impact worker execution, with a specific center on inspiration as an interceding variable. This inquire about contributes to the existing writing by systematically mapping patterns within the field, highlighting crevices, and proposing roads for future investigate. Understanding the complex transaction between inspiration and execution is significant for creating more successful human asset methodologies that progress organizational results.
The investigate was conducted on May 30, 2024 looking the google researcher database with catchphrases connected employee_performance_AND_motivation within the areas of commerce, administration and bookkeeping with distribution title diary and greatest numbers of comes about are 500 diaries as a test. Metadata recovery utilizing the Publish or Perish (POP) adaptation 7.31 application. The PoP comes about were at that point analyzed unmistakably based on the year of distribution, watchwords, distributer title, source and researcher productivity. In arrange to induce an precise outline of investigate improvement, PoP information is sent out to Exel CSV and Result as RIS record groups. CSV information is made into a turn table and RIS information is analyzed utilizing the VosViewer (VV) application.
The comes about appeared that the most elevated number of distributed articles happened in 2023 with 109 distributions. The publisher with the most cites perauthor based on publisher is Academia.edu with 1290 cites perauthor. The most sources are owned by Business Management and Strategy with 758 sources. Some of the keywords with the top total link strength are employee performance, motivation, impact and relationship. The authors who connected to each other in this study totaled 9 people. Some of the keywords recommended for further research related to employee performance and motivation include: compensation, work life balance and work environment.
A Systematic Review: Use of GeoGebra in Mathematics Learning at Junior High School in Indonesia and Japan
Authors: Siswanto Deny Hadi , Tanikawa Kanako , Alghiffari Eka Kevin , Limori Masako , Aprilia Dede Dwi 
Published: September 2024

<p>The aim of this research is to analyze the implementation of GeoGebra in mathematics learning at junior high school in Indonesia and Japan. This research examines systematic literature reviews using the Preferred Reporting Items for Systematic Reviews and Meta-Analyses (PRISMA) method with articles indexed by Web of Science (WoS) and Scopus from 2010 to 2024. The research findings show that; (1) most publicized use of Geogebra begins in 2022; (2) the topic most frequently used in research related to the application of GeoGebra in Indonesia and Japan is geometric transformation; (3) the highest percentage of student perspective analysis results in Indonesia is 25% with the experience, reflect and explain aspects, each of which consists of 6 topics (triangular properties, geometric transformation, matrix operations, cylinders, perform set operations and different parts of a circles); (4) the highest percentage of student perspective analysis results in Japan is 38% with the experience aspect consisting of 6 topics (square roots, quadratic function, triangle similarity condition, inverse of inscribed angle theorem, quadratic equation and Pythagorean theorem). It is hoped that this research can provide input for using GeoGebra in mathematics learning in these two countries, because GeoGebra not only helps students understand mathematical concepts better, but also facilitates more interesting and interactive learning.</p><p> </p><p>Tujuan dari penelitian ini untuk menganalisis implementasi penggunaan GeoGebra pada pembelajaran matematika SMP di Indonesia dan Jepang. Penelitian ini mengkaji tinjauan literatur sistematik menggunakan metode Preferred Reporting Items for Systematic Reviews and Meta-Analyses (PRISMA) dengan artikel yang terindeks WoS dan Scopus dari rentang tahun 2010 hingga 2024. Temuan penelitian menunjukkan bahwa; (1) penggunaan Geogebra paling banyak dipublikasikan dimulai pada tahun 2022; (2) topik yang paling sering digunakan dalam penelitian terkait penerapan GeoGebra di Indonesia dan Jepang yaitu transformasi geometri; (3) persentase tertinggi hasil analisis perspektif siswa di Indonesia yaitu 25% dengan aspek experience, reflect, dan explain yang masing-masingnya terdiri dari 6 topik (triangular properties, geometric transformation, matrix operation, cylinder, perform set operations dan different parts of a circle); (4) persentase tertinggi hasil analisis perspektif siswa di Jepang yaitu 38% dengan aspek experience yang terdiri dari 6 topik (square roots, quadratic function, triangle similarity condition, inverse of inscribed angle theorem, quadratic equation dan theorem pythagoras). Penelitian ini diharapkan dapat memberikan masukan untuk menggunakan GeoGebra pada pemebelajaran matematika di kedua negara tersebut, karena GeoGebra bukan hanya membantu siswa dalam memahami konsep matematika secara lebih baik, tetapi juga memfasilitasi pembelajaran yang lebih menarik dan interaktif.</p>
TRANSIENT ELECTROMAGNETIC MONITORING OF THE CRYOLITHOZONE: MATHEMATICAL MODELING
Authors: Epov M.I. , Glinskikh V.N. , Nechaev O.V. , Danilovskiy K.N. , Mikhaylov I.V. 
Published: September 2024

Abstract
––The paper presents theoretical results on mathematical modeling and numerical inversion of transient electromagnetic data for the monitoring of the state of the cryolithozone. Solutions to the direct and inverse problems are considered based on the vector finite element method, the Sumudu integral transform and the apparatus of artificial neural networks. We show the capability of spatial localization of thaw zones (taliks) with transient cross-borehole exploration systems in a geoelectric model that takes into account the dispersive properties of frozen rocks. The performance and accuracy of the developed algorithms are assessed.
Identification of quantitative trait loci and candidate genes underlying kernel traits of wheat (Triticum aestivum L.) in response to drought stress
Authors: Ma Jingfu , Tian Tian , Wang Peng , Liu Yuan , Zhang Peipei , Chen Tao , Guo Lijian , Zhang Yanyan , Wu Yuxuan , Yang Delong , Shahinnia Fahimeh 
Published: September 2024

Abstract

Kernel traits are the most important yield components in wheat. The use of genetic loci and candidate genes that respond to drought stress without yield loss improves the productivity of wheat in arid regions. In this study, the 90K iSelect Infinium SNP assay for wheat was used to generate a high-density genetic map and identify quantitative trait loci (QTL) for kernel traits in a set of recombinant inbred lines (RILs). A total of 85 additive QTLs, including 16 for thousand-kernel weight (TKW), 14 for kernel length (KL), 16 for kernel width (KW), 11 for kernel thickness (KT), 18 for kernel size (KS), and 10 for kernel diameter ratio (KDR), were detected under drought stressed and well-watered conditions. Among them, 12 QTLs were identified as environmentally stable QTLs and refined into 10 QTL clusters, in which a total of 3738 candidate genes were extracted from the confidence interval of these QTL clusters. We discovered a QTL cluster interval (C3) on chromosome 5A, in which we found a potential candidate gene TraesCS5A02G288000 (TaCYP71E1-5A) for KS and KL and was annotated as “cytochrome P450”. The KASP marker for TaCYP71E1-5A was developed and further validated in 220 wheat varieties. These results provide a useful insight into the genetic factors underlying the kernel traits response to drought stress and will thus facilitate the improvement of wheat productivity under drought stress conditions in breeding programs.
Language-model-based patient embedding using electronic health records facilitates phenotyping, disease forecasting, and progression analysis
Authors: Xian Su , Grabowska Monika , Kullo Iftikhar , Luo Yuan , Smoller Jordan , Wei Wei-Qi , Jarvik Gail , Mooney Sean , Crosslin David 
Published: September 2024

Abstract

Current studies regarding the secondary use of electronic health records (EHR) predominantly rely on domain expertise and existing medical knowledge. Though significant efforts have been devoted to investigating the application of machine learning algorithms in the EHR, efficient and powerful representation of patients is needed to unleash the potential of discovering new medical patterns underlying the EHR. Here, we present an unsupervised method for embedding high-dimensional EHR data at the patient level, aimed at characterizing patient heterogeneity in complex diseases and identifying new disease patterns associated with clinical outcome disparities. Inspired by the architecture of modern language models—specifically transformers with attention mechanisms, we use patient diagnosis and procedure codes as vocabularies and treat each patient as a sentence to perform the patient embedding. We applied this approach to 34,851 unique medical codes across 1,046,649 longitudinal patient events, including 102,739 patients from the electronic Medical Records and GEnomics (eMERGE) Network. The resulting patient vectors demonstrated excellent performance in predicting future disease events (median AUROC = 0.87 within one year) and bulk phenotyping (median AUROC = 0.84). We then illustrated the utility of these patient vectors in revealing heterogeneous comorbidity patterns, exemplified by disease subtypes in colorectal cancer and systemic lupus erythematosus, and capturing distinct longitudinal disease trajectories. External validation using EHR data from the University of Washington confirmed robust model performance, with median AUROCs of 0.83 and 0.84 for bulk phenotyping tasks and disease onset prediction, respectively. Importantly, the model reproduced the clustering results of disease subtypes identified in the eMERGE cohort and uncovered variations in overall mortality among these subtypes. Together, these results underscore the potential of representation learning in EHRs to enhance patient characterization and associated clinical outcomes, thereby advancing disease forecasting and facilitating personalized medicine.
Predicting the safety zone and fire dynamics of Heptane multiple pool fire in a square dike using Flamelet Generated Manifold model
Authors: Nemalipuri Pruthiviraj , Singh Vasujeet , Vitankar Vivek , Das Harish Chandra Chandra , Pradhan Malay Kumar Kumar , Jena Swaroop 
Published: September 2024

Abstract

The pool fire-triggered domino events in chemical and process industries result in multi-fold damages with the worst severity. Consequence analysis of Multiple Pool Fire (MPF) through Quantitative Risk Assessment (QRA) is highly essential to save the workers and machinery beforehand. This research aims to develop a computational methodology for predicting the safety zone and fire dynamics of MPF in various meteorological environments using ANSYS Fluent. The present paper predicts the fire dynamics of heptane stored in four tanks within a square dike of 2.7m×2.7m. The simulations are performed using the unsteady Flamelet Generated Manifold (FGM) and Discrete Ordinate (DO) radiation model within the framework of the Large Eddy Simulation (LES) turbulence model. The Moss-Brookes soot model is deployed for capturing the soot formation. The hexahedral mesh with local refinement is utilized to resolve the flame characteristics. To attain the optimal mesh, an extensive grid-independence study is conducted. The experimented still air condition along with the worst-case scenario are modelled to evaluate the safety zone using flame surface irradiation. The proposed Computational Fluid Dynamics (CFD) methodology is validated using the predicted temperature profile, O2 and CO2 mass fraction within 2.2% error of experimental findings. The safety distance is predicted using the radiative heat flux values of CFD models. The validated CFD model consisting of FGM approach with LES turbulence model, can be a robust methodology to determine the safety perimeter of an industrial MPF during crosswind situations, with the aim of averting human casualties and property damage in advance.
Force Visualization System Integrating Moiré Fringe with Fiber Optic Plates to Eliminate Parallax Error
Authors: Zuo Jinrun , Takaki Takeshi 
Published: September 2024

Abstract

A mechanism for visualizing the magnitude of force is proposed. The mechanism displays the magnitude of the force to be measured as a stripe pattern or character of the principle of Moiré fringe. The structure of the visualization mechanism is extremely simple. The mechanism does not require strain gauges, amplifiers, cables, or other electrical elements. Although errors owing to hysteresis and parallax caused by structural issues have occurred in visualization devices developed to date, these problems have been resolved using a fiber optic plate and diffuse reflection. A method for acquiring the magnitude of force by photographing the mechanism with a camera and performing image processing to obtain a numerical value is also proposed. The performance of the improved force visualization mechanism was verified experimentally. The verification demonstrated that the display of characters corresponding to the magnitude of the force and the acquisition of force information from images were possible. Moreover, hysteresis did not occur, and errors caused by parallax were eliminated.