bluuebunny/crossref_metadata_2025_split huggingface dataset:
Design of a Universal Model of Parental Education in Preschool Education
Authors: Майер А.А. , Яковлева Э.Н. , Зеленкова Т.В. 
Published: September 2024

Обобщен опыт проектирования модели родительского просвещения, сформированный в период с 2019 по 2024 год в процессе создания и функционирования распределенного центра консультативной поддержки и организационно-методического сопровождения воспитания детей в семье на базе Государственного гуманитарно-технологического университета, городского округа Орехово-Зуево. Модель апробирована и реализуется в образовательных организациях Московской области на базе консультационных площадок зональных объединений, расположенных в дошкольных образовательных организациях, центров сопровождения замещающих семей и центров психолого-медико-педагогического консультирования. Представлены исходные характеристики родительских компетенций в качестве целевых ориентиров организации педагогического просвещения (автономное и ресурсное родительство). Приведены результаты анализа региональных практик организации поддержки семей, воспитывающих детей дошкольного возраста. Описан алгоритм конструирования модели родительского просвещения с опорой на возможности образовательных организаций, интересы семьи и потребности ребенка в условиях дошкольного образования. Делается вывод о том, что модель универсальна (может быть реализована в любых условиях деятельности образовательных организаций), предполагает вариативный компонент, учитывающий социокультурную специфику регионов страны, возможности и потребности субъектов родительского просвещения.
The experience of designing a model of parental education, formed in the period from 2019 to 2024 in the process of creating and operating a distributed center for advisory support and organizational and methodological support for raising children in a family on the basis of the State University of Humanities and Technology, Orekhovo-Zuyevo urban district, is summarized. The model has been tested and implemented in educational organizations of the Moscow region on the basis of consultation platforms of zonal associations located in preschool educational organizations, centers for supporting foster families and centers for psychological, medical and pedagogical consultation. The initial characteristics of parental competencies are presented as target guidelines for the organization of pedagogical education (autonomous and resourceful parenting). The results of an analysis of regional practices in organizing support for families raising preschool children are presented. An algorithm for constructing a model of parental education based on the capabilities of educational organizations, the interests of the family and the needs of the child in preschool education is described. It is concluded that the model is universal (can be implemented in any operating conditions of educational organizations) and assumes a variable component that takes into account the sociocultural specifics of the regions of the country, the capabilities and needs of the subjects of parental education.
Abstract relational thinking ability of high school students through the rigorous mathematical thinking (RMT) approach to algebra topics
Authors: Nuraisyah Raisya Novita , Pratiwi Weni Dwi , Aisyah Nyimas , Kurniadi Elika , Araiku Jeri , Astuti Puji 
Published: September 2024

Algebra teaching at RMT is designed to involve students in consciously and deliberately practicing the formation of conceptual elements from mathematical functions. This research is a qualitative descriptive study which aims to see the emergence of indicators on levels think relational abstract with use approach RMT on the topic of algebra, material on Systems of Linear Equations with Three Variables. The research subjects in this study were 26 students of SMA in Palembang class Implementation procedures study consists from three stages that is stage preparation, stage implementation, and data analysis stage. The research was conducted in three meetings, the first meeting and second done in a way offline using the RMT approach, as well as meeting third he gave question test abstract relational abilities online through the zoom meetings application. The results of research obtained at SMA in Palembang class well, based on students being able to reach indicators of the level of abstract relational thinking.
Strategi Guru PAI dalam Membina Karakter Peduli Sosial Peserta Didik Sekolah Menengah Kejuruan (SMK)
Authors: Fidarsih Izen Yevien , Erlina Dian , Yuniar Yuniar 
Published: September 2024

Penelitian ini bertujuan untuk mendeskripsikan bentuk-bentuk karakter peduli sosial peserta didik,) menganalisis strategi guru Pendidikan Agama Islam (PAI) dalam membina karakter peduli sosial peserta didik, serta menganalisis faktor yang pendukung dan penghambat guru Pendidikan Agama Islam (PAI) dalam membina karakter peduli sosial peserta didik. Jenis penelitian yang digunakan oleh peneliti adalah jenis penelitian kualitatif. Penelitian ini menggunakan sumber data yang terdiri dari dua macam yakni sumber data primer dan sekunder. Teknik pengumpulan data yang digunakan yaitu, observasi, wawancara, dan studi dokumentasi. Sedangkan teknis analisis data meliputi: reduksi data, penyajian data, verifikasi data. Sedangkan teknik pengujian keabsahan data yakni triangulasi teknik. Hasil penelitian ini menunjukkan bahwa karakter peduli sosial peserta didik terbagi menjadi dua. Pertama, sikap kepada sesama teman berupa berbagi makanan, meminjamkan alat tulis kepada teman, dan takziah ke rumah teman yang sedang tertimpa musibah. Kedua sikap kepada masyarakat sekitar berupa menggalang dana untuk korban bencana alam, berkunjung ke panti asuhan dan lain sebagainya. Selain itu, peserta didik tidak pilih-pilih untuk bersikap peduli dan peserta didik juga merasa senang saat membantu orang lain. Adapun strategi yang dilakukan guru pendidikan agama Islam dalam membina karakter peduli sosial peserta didik di Sekolah Menengah Kejuruan (SMK) Negeri 3 Palembang adalah pembiasaan infaq secara sukarela, pemberian nasihat, motivasi dan keteladanan dari guru, mencantumkan serta menghubungkan materi ajar dengan karakter peduli sosial, serta program-program ekskul yang baik agar dapat membina karakter peduli sosial peserta didik. Kemudian faktor pendukung guru PAI dalam membina karakter peduli sosial peserta didik adalah dibentukanya kepengurusan OSIS dan ROHIS, fasilitas sekolah yang cukup dan karakter peduli sosial dicantumkan pada RPP. Sedangkan faktor penghambat dalam membina karakter peduli sosial peserta didik adalah tidak semua peserta didik termotivasi untuk bersikap peduli sosial, kurangnya perhatian orang tua dan pengaruh media sosial serta Games Online.
Pengaruh Motivasi Belajar dan Disiplin Belajar Terhadap Kemampuan Berpikir Kritis pada Mata Pelajaran Sejarah Kebudayaan Islam
Authors: Mudrik Mudrik , Karoma Karoma , Isnaini Muhammad 
Published: September 2024

Tujuan penelitian ini adalah untuk mengetahui (1) pengaruh antara motivasi belajar terhadap kemampuan berpikir kritis siswa, (2) pengaruh antara disiplin belajar terhadap kemampuan berpikir kritis siswa, dan (3) pengaruh antara motivasi belajar dan disiplin belajar secara bersama-sama terhadap kemampuan berpikir kritis peserta didik pada mata pelajaran sejarah kebudayaan Islam di MTs Nurul Hilal Senuro. Jenis penelitian tesis ini adalah penelitian kuantitatif deskriptif dengan populasi penelitian sejumlah 173 dan sampel penelitian sejumlah 119 peserta didik. Pemilihan sampel menggunakan teknik probability sampling dengan jenis simple random sampling. Metode analisis data kuantitatif menggunakan uji regresi linier secara parsial maupun simultan. Hasil dari penelitian ini menunjukkan bahwa: (1) Terdapat pengaruh dari motivasi belajar terhadap kemampuan berpikir kritis peserta didik di MTs Nurul Hilal Senuro yang didasarkan pada nilai signifikansi sebesar 0,006 < 0,05 dan nilai thitung sebesar 2,802 > ttabel sebesar 1,980. Koefisien regresi positif menunjukkan bahwa semakin tinggi motivasi belajar, semakin tinggi pula nilai kemampuan berpikir kritis peserta didik. (2) Tidak ada pengaruh dari disiplin belajar terhadap kemampuan berpikir kritis peserta didik di MTs Nurul Hilal Senuro. Nilai signifikansi sebesar 0,167 > 0,05 dan nilai thitung sebesar 1,391 < ttabel sebesar 1,980. (3) Terdapat pengaruh signifikan dari motivasi belajar dan disiplin belajar terhadap kemampuan berpikir kritis peserta didik di MTs Nurul Hilal Senuro. Nilai signifikansi pengaruh simultan adalah sebesar 0,000 < 0,05 dan nilai Fhitung sebesar 8,411 > Ftabel sebesar 3,074.
EARLY DETECTION OF LOW VISION DETERMINANT FACTORS USING THE E-SIGALON SELF-ASSESSMENT APPLICATION
Authors: Triyono Erwin Astha , Arini Merita , Tan Feriawan , Masyfufah Lilis , Rachmad Eka Basuki , Kusumayanti A.A.Ayu Mas , Kartikawati Tri , Kartikadewi Indriani , Novanda Aisyah Wahyu , Ramadhani Putri Nabilah 
Published: September 2024

Background: Low Vision is an end-stage condition that cannot be cured. The best treatment for low vision is the early detection. However, there is still no integrated low vision data in health services, the lack of public knowledge about low vision, the low rate of case discovery, and the lack of optimal referral and treatment mechanisms for low vision are problems that must be addressed at this time. Purpose: This study aims to detect early low vision determinant factors using a self-assessment application. Methods: This study is analytical and quantitative research. Respondents for this research were from five selected populations in East Java who filled out the e-SIGALON application from September to December 2023. The respondents were suspected as having low vision if they had score of 6 or higher. The variables were analyzed using logistic binary regression, the validity and reliability test was also performed. Results: From 446 respondents, there were 237 people (53.14%) suspected of low vision but only 66 people came to referral hospital. The low vision suspect showed 12 of the 15 statistically significant questions (p<0.05). The most common was sitting very close to the television/monitor (48.43%), followed by having difficulties in seeing objects in dim light (44.17%) and difficulties in doing the things they want to do (40.13%). Conclusion: The e-SIGALON application can be a solution in managing low vision. Through this application, people can easily find out and recognize whether they have low vision or not.
Improvement of Fibrous Dysplasia After Burosumab Therapy in a Pediatric Patient with McCune-Albright Syndrome
Authors: Sawamura Kenta , Hamajima Takashi , Kitoh Hiroshi 
Published: September 2024

Case:
Burosumab is a novel drug developed to treat hereditary fibroblast growth factor 23 (FGF23)-related disorders. We report the case of an 11-year-old girl with McCune-Albright syndrome (MAS) who sustained hypophosphatemia due to excess FGF23 and multiple bone lesions of fibrous dysplasia (FD). Burosumab therapy markedly improved not only the biochemical parameters but also the radiographic appearance of the FD lesions and clinical symptoms.

Conclusion:
This is the first report to demonstrate that burosumab is effective in improving FD lesions in a patient with MAS.
Unlocking Engineering Solutions for Handling a Complex Mix of KHI, MEG, Corrosion Inhibitor, and Produced Water
Authors: Nengkoda Ardian 
Published: September 2024

Abstract
The compatibility of KHI and MEG, chemicals used to inhibit gas-hydrate blockage, with corrosion inhibitors (CI) and produced water is a significant concern in the oil and gas industry. Consequently, pipeline integrity, flow assurance, and safely produced water management are critical. This paper highlights an innovative engineering approach based on extensive lab testing and field study that can resolve a complicated mix of KHI, MEG, CI, and produced water. A field sampling was conducted to assess the severity of the mixing of KHI, MEG, and CI and the water produced in the production stream. The tests were conducted at temperatures 35 and 65 oF to reflect summer and winter operations, including the dissolve tendency. The pressure was constant at 70 psi, and the soaking time was 24 hours. Core flood tests were performed using reservoir core plugs to study the compatibility. The incompatibility of KHI, MEG, CI, and produced water was discovered, and the resultant sludge was found to be soluble in distilled water and HCl acid but insoluble in Xylene and Diesel. The core flood test revealed that adding 1,000 ppm of KHI to water will cause the original core brine permeability to decrease by around 13%. There will be a slight decrease in these mixes when the MEG and CI are added. Injection of nearly 7 pore volumes of 7 wt% NaCl brine was able to remove the created damage. The blending of all chemicals with produced water showed less damage (almost 8%) compared to that of KHI alone. Based on this test, the engineering solution is derived from the segregation of the KHI as soon as possible before mixing it with the rest of the water. Therefore, new pipelines, buffer tanks, transfer pumps, and filtration systems are required.
60 Years of UUU Fields – Leveraging on Big Industry Technology Applications for Rejuvenating the Foremost Niger Delta Condensate Gas-Development Asset
Authors: Osode P. I. , Soro A. O. , Ebufegha A. J. , Aworanti O. A. , SamaiIa I. A. , Shehu A. H. 
Published: September 2024

Abstract
The UUU cluster is the largest condensate gas producing (peak rate - 400 MMscf/d) asset in onshore Western Niger Delta. It comprises UghE, UghW and UtoR (UUU) dual hydrocarbon production fields which were discovered in 1959, 1960 and 1964 respectively. In the last decade, field redevelopment campaign which was premised on extensive integrated sub-surface studies was initiated to rejuvenate the asset and increase production target to 0.5 Bscf/day.
Gas condensate is contained in high-permeability (150 – 1,000 md) sandstone reservoirs between 8,000 and 15,000 ft subsea depth. There are a total of 14 producing gas wells with 15 producing intervals (including one dual string, dual completion). Three gas processing plants with nominal capacities of 360 MMscf/d, 150 MMscf/d and 90 MMscf/d are utilised to process the produced wet gas prior to export for domestic and West African consumption. The proximity of the producing gas fields created an excellent opportunity for integrated production operations management, surface facilities sharing and cost optimisation. In the aftermath of the 2012 western asset ownership transfer from Shell Nigeria, attention was focused on maintaining optimal production targets through the following activities:
Execution of in-fill development opportunities within the cluster Recovery of production from matured "locked-in" reserves Production facilities revamp and integrity management Deployment of cost-effective processes and new technology applications for CAPEX and OPEX reduction
The asset management activities included successful deployment of seismic data reprocessing and interpretation, new well drilling and workovers, integrated asset modelling and management processes, flow assurance and well integrity management activities, surface facilities debottlenecking, advanced data acquisition campaign including multi-phase flow metering, and other low-cost, well intervention retrofit applications. All these efforts have resulted in sustained natural gas production of over 300 MMscf/d with associated 5,000 bpd of condensate in the past decade.
This paper describes how UUU fields condensate gas development and production performance has evolved over the past 60 years; the well, reservoir and facility management challenges encountered along with the big industry technology applications adopted for sustained production. It is expected that this paper will shed light on those elements that are critical to sustaining production in analogue brown fields.
Application of an Ensemble Based Method for Pressure-Rate Deconvolution
Authors: Piccinini R. B. , Kubota L. K. , Galvão M. R. , Emerick A. A. 
Published: September 2024

Abstract
This paper employs an ensemble-based method to address and assess the uncertainty in solutions to the single- and multi-well pressure-rate deconvolution problem. The method is implemented in two field cases from the Campos Basin. The first field case comprises a single vertical well producing from a virgin reservoir with continuous recording of bottom-hole pressure but uncertain flow-rate history. The second field case comprises a pair of horizontal wells, one acting as a producer and the other as an injector, with similar uncertainties in the flow-rate history and the additional complexity of a multi-well problem. We extend the investigation into the solution of the pressure-rate deconvolution proposed in a previous work (Kubota and Piccinini, 2022), which relies on the fundamental solution of the diffusion equation for bounded domains. In the present study, the deconvolved pressure response is obtained using the Ensemble Smoother with Multiple Data Assimilation (ES-MDA), a popular method for history matching numerical reservoir simulation models. ES-MDA provides an uncertainty quantification of the deconvolved pressure response and the investigated porous volume, along with other reservoir properties. Because ES-MDA uses a Bayesian formulation, data are weighted according to the inverse of the error variance. We explore this feature to include data from flowing periods, a desirable feature for the analysis of long-term pressure data with few well shut-ins. The results obtained for the two field cases consist of the posterior ensemble of model parameters, estimated flow rates, investigated pore volume, productivity index, single-well deconvolved response, as well as interference responses for the multi-well case.
Hydrogen Mixing Dynamics in Depleted Gas Reservoirs
Authors: Li Dexuan , Emami-Meybodi Hamid 
Published: September 2024

Abstract
Depleted gas reservoirs are suggested as a suitable choice for the seasonal storage and utilization of hydrogen (H2) with the presence of surface infrastructure, large storage capacity, and available history data. However, hydrogen mixing with in-situ natural gas and cushion gas leads to contamination and subsequent loss of hydrogen. Hydrodynamic dispersion is an important driving mechanism for gas mixing during cyclic hydrogen injection/withdrawal. Accordingly, we investigate the mixing dynamics of hydrogen, cushion gas, in-situ gas, hydrodynamic dispersion, and formation geometry and their impacts on the recovery factor and purity of back-produced hydrogen. We construct a numerical model based on the finite-element method considering hydrodynamic dispersion. The model is then utilized to examine the mixing dynamics of injected hydrogen under various geological and operational parameters. The results reveal that the amount of injected cushion gas and in-situ significantly influences the purity of produced hydrogen. As the cushion and in-situ gas amount increases, the H2 purity, as well as the H2 recovery factor, decreases in each withdrawal. With the equivalent molar composition, the hydrogen recovery factor using in-situ gas as cushion gas is slightly better than using injected N2 as cushion gas in each cycle. The hydrodynamic dispersion negatively impacts the produced H2 purity due to the expansion of the mixing region, leading to H2 contamination and a reduced recovery factor. The hydrogen recovery factor will drop 1-2% when longitudinal dispersivity is at 10−1 – 10° orders, however, it will drop 3-6% when longitudinal dispersivity is at 101 orders. However, compared with cushion and in-situ gas amount, the hydrodynamic plays a minor role in the performance of underground hydrogen storage. The anticline geometry can utilize gravity segregation to facilitate the withdrawal of H2. Compared with anticline geometry, the H2 recovery factor of a horizontal geometry will drop 17% - 23% in each cycle.
Evaluation of Acoustic Sand Monitors in Multiphase Flow Production for Small Sand Particle Sizes
Authors: Nadeem Asad , Hasan Mubashir , Vieira Ronald E. , Shirazi Siamack A. 
Published: September 2024

AbstractSand production in oil and gas wells and erosion of pipelines and fittings caused by sand impact is one of the most common and expensive problems for the oil and gas industry. Acoustic sand detectors (ASD) are commonly used to provide a warning/alarm when sand is being produced in pipelines. For acoustic sand detectors to be very effective, it is necessary to know threshold sand rates (TSR), that is the lowest sand rate at which detectors will fail to recognize and differentiate between background noise caused by flow and noise created by sand particles impacting pipe walls. A broad range of multiphase operating conditions has been experimentally investigated with acoustic sand detectors in large scale flow loop facilities to evaluate the effectiveness of acoustic sensors for very small sand sizes entrained in multiphase flow. New experiments were performed using 101.6 mm pipe diameter standard stainless-steel elbow, with different combinations of superficial velocities, ranging from 5 m/s to 30 m/s for gas and 0.1 m/s to 0.3 m/s for liquid using very small particle sizes 25 μm, 50 μm, 75 μm and 300μm. Two different acoustic sand detectors were installed downstream of the elbow. These results are compared to the previously obtained test results on smaller diameter test sections. Various flow regimes are studied including annular, churn, stratified and slug flow.For the 101.6 mm ID test loop data for various flow conditions, in horizontal orientation, with 25 μm sand, the sensors were not effective in detecting the sand noise impacting an elbow due to the high noise generated by the multiphase flow impacting the elbow. On the other hand, for the smaller pipe diameter of 76.2 mm, during previous studies, the sensors were able to detect the 25 μm sand particles under similar flow conditions. Also, it was observed that with increasing the sand size, TSR value decreased. Additionally, it was observed that for 101.6 mm ID pipe flow with high gas velocities, the TSR is lower compared to the conditions where the gas velocity is low as the flow regime is changed from stratified to annular in horizontal flow and from annular to annular-churn for vertical flows. The highest TSR was observed for annular flow condition in horizontal orientation. The results from this work can help operators to understand that under what conditions acoustic detectors can detect and distinguish sand impact noise from the background flow noise in multiphase flow and what is the estimated TSR. Thus, greater assurance is provided to operators for optimizing oil and gas production rates, especially in wells that have a tendency to produce sand.