bluuebunny/crossref_metadata_2025_split huggingface dataset:
ИСПОЛЬЗОВАНИЕ АДСОРБЦИОННОГО МЕТОДА ДЛЯ СОЗДАНИЯ НАНОКОМПОЗИТНЫХ ЭЛЕКТРОДНЫХ МАТЕРИАЛОВ СОСТАВА “ПОРИСТАЯ УГЛЕРОДНАЯ МАТРИЦА - CO3O4”
Authors: ЛАРИЧЕВ Т.А. , ФЕДОРОВА Н.М. , ЗАХАРОВ Ю.А. , ПУГАЧЕВ В.М. , ДОДОНОВ В.Г. , СИМЕНЮК Г.Ю. , СЕРГИНА Т.О. , КОЛМЫКОВ Р.П. 
Published: January 2025

Проведено исследование возможности создания электродных нанокомпозитных материалов для суперконденсаторов методом адсорбции солей переходных металлов пористой углеродной матрицей из водных растворов с последующей термообработкой. На примере системы “углерод - Co3O4” показано, что данным методом могут быть получены нанокомпозиты с содержанием наполнителя (элементарного кобальта) до 3 мас. %. Введение наполнителя подобным способом в незначительной степени снижает удельную поверхность и объем пор композитов по сравнению с исходной углеродной матрицей. Получаемый при термическом разложении нитрата кобальта(II) при 240 °C продукт не удается идентифицировать методом рентгенофазового анализа, однако по данным дифференциального термического анализа он катализирует термоокисление пористой углеродной матрицы на воздухе. С использованием циклической вольтамперометрии показано, что полученные методом адсорбции исследуемые электродные материалы обладают более высокой удельной емкостью по сравнению с исходной углеродной матрицей или композитами, полученными методами внедрения наполнителя в виде твердой фазы.
The possibility of making electrode nanocomposite materials for supercapacitors by adsorption of transition metal salts from aqueous solutions by the porous carbon matrix with subsequent heat treatment has been investigated. It is shown for the carbon - Co3O4 system as an example that this method allows obtaining nanocomposites with the content of filler (elemental cobalt) up to 3 wt%. The introduction of the filler using this method only slightly reduces the specific surface area and pore volume of the composites with respect to the initial carbon matrix. The product obtained by thermal decomposition of cobalt(II) nitrate at 240 oC cannot be identified by X-ray diffraction, but according to the data of differential thermal analysis, it catalyses thermal oxidation of the porous carbon matrix in air. It is shown by cyclic voltammetry that the electrode materials obtained by the adsorption method have a higher specific capacitance compared to the original carbon matrix or composites obtained by inserting the filler as the solid phase.
ПРИНЦИП НАИМЕНЬШЕГО ДЕЙСТВИЯ КАК ТРАНСЦЕНДЕНТАЛЬНОЕ ОСНОВАНИЕ БЫТИЯ Ч. II
Authors: МАЦЕВИЧ М.Я. 
Published: January 2025

Объектом данного исследования является принцип наименьшего действия (ПНД) в диалектическом единстве различных аспектов его проявления в философии и науке. Также выявляется функциональный статус ПНД в формировании и реализации стратегии устойчивого развития. В качестве методологической основы выступают идеи классической философии, идеи Л. Витгенштейна, положения французской эпистемологической традиции, постмодернистские принципы деконструкции Ж. Деррида. Обосновано методологическое значение ПНД для фундаментальной онтологии, для создания перспективных стратегий эволюционной адаптации, социально-экологической оптимизации.
The object of this study is the principle of least action (PLA) taken in the dialectical unity of various aspects of its manifestation in philosophy and science. The ways and means of PLA influence on the formation and implementation of the sustainable devel-opment strategy are also identified. Methodologically, the research is based on the ideas of classical philosophy, the ideas of L. Wittgenstein, the statements of the French epistemological tradition, and J. Derrida’s postmodernist principles of deconstruction. The methodological significance of PLA is substantiated as a precedent of fundamental ontology, which will be able to strategize for evolutionary adaptation and socio-ecological optimization.
ИНТЕГРИРУЕМОСТЬ ДИФФЕРЕНЦИАЛЬНЫХ УРАВНЕНИЙ И "КОНВЕРТАЦИЯ СЛОЖНОСТИ"
Authors: СУХНО А.А. , ГУЛИН В.В. 
Published: January 2025

В статье исследуется ситуация, которая сложилась вокруг дифференциальных уравнений как инструмента естествознания. С одной стороны, в рамках «тихой научной революции» XVIII в. они позволили преодолеть ограничения человеческой интуиции и раскрыть потенциал аналитических методов для познания природы. С другой стороны, к концу XIXв. проблема интегрируемости дифференциальных уравнений, наиболее ярко заявившая о себе в связи с «задачей nтел», показала необходимость реабилитации интуиции как важнейшего фактора научного познания. Именно с обращением к интуиции связано создание качественных/геометрических методов исследования нелинейных систем. В результате анализа этой ситуации в статье делается вывод об изменениях, происходящих на уровне методологии при столкновении научного познания со своими пределами: здесь выбор математических инструментов осуществляется таким образом, чтобы «сложность» одного из элементов исследовательской ситуации, которая стала для познания непреодолимой преградой, переносилась на какой-то другой элемент. Эта «конвертация сложности» позволяет продвинуться вперед в изучении природы.
The article examines the situation around differential equations as a tool of natural science. On the one hand, during the “Quiet Scientific Revolution” of the 18th century, they made it possible to overcome the limitations of human intuition and reveal the potential of analytical methods for understanding nature. On the other hand, by the end of the 19th century, the problem of integrability of differential equations, which most clearly manifested itself with regard to the “n-body problem,” showed the need to rehabilitate intuition as the most important factor in scientific knowledge. It was the appeal to intuition that determined the creation of qualitative/geometric methods for studying nonlinear systems. Based on the analysis of this situation, the article draws a conclusion about the changes in methodology when scientific knowledge meets its limits: here the choice of mathematical tools is made in such a way that the “complexity” of one of the elements of the research situation, which has become an insurmountable barrier for knowledge, is transferred to some other element. So, this “complexity conversion” allows progress in the study of nature.
Evaluation of Different Person-Fit Measures in Cognitive Tests with Different Test Lengths
Authors: Marianti Sukaesi , Manao Herdin Natalius , Faiha Arij 
Published: January 2025

Test takers’ characteristic is an exciting topic to discuss in psychometric research. In this study, person-fit is a part of the person characteristics applied in the context of cognitive tests. Given the importance of accurately estimating item and person parameters, person-fit is a statistical technique that can detect aberrant responses. Aberrance adversely affects the estimation process at the level of items and persons. The purpose of this study was to introduce and apply two popular person-fit statistics called and . These two statistics were applied in two studies, in study 1 using N = 317 and item = 16, and in study 2 using N = 331 and item = 49. The results showed that in studies 1 and 2, detected more aberrant responses compared to . Significant differences in estimated results from both techniques were also shown in Study 2. The outcomes of this study are valuable for researchers and practitioners in the field of psychometrics who rely on , as a foundation for identifying aberrant responses.
Reviewing numerical studies on sensible thermal energy storage in cementitious composites: report of the RILEM TC 299-TES
Authors: Rahjoo Mohammad , Caggiano Antonio , Berardi Umberto , Prabhu Achutha , Dolado Jorge S. 
Published: January 2025

Abstract
Concrete has emerged as a promising solid-based sensible heat storage (SHS) material due to its favorable balance of thermal properties, cost-effectiveness, non-toxicity, and widespread availability. This state-of-the-art review examines the applications of concrete-based SHS across diverse domains, including buildings, concentrated solar power systems, and industrial power generation. It also investigates the thermal properties of concrete relevant for SHS applications and explores the design considerations for concrete SHS systems and reviews the current research landscape and the role of numerical modeling and simulation techniques in optimizing the performance of concrete SHS systems. Various computational methods, such as transient modeling, finite element method (FEM), computational fluid dynamics, and simplified lumped capacitance models, have been employed to analyze and enhance the design of these systems. As research and development continue in this field, several future trends are anticipated.
Integrated computational assessment of concrete properties, durability, and environmental impacts
Authors: Gao Meng , Heeren Niko , Wong Hong S. , Myers Rupert J. 
Published: January 2025

Abstract
Due to the vast landscape of low carbon concretes that have been or can be developed, traditional empirical methods are impractical for comprehensive assessment of concrete performance. Here, we describe Panoramix 1.0, a Python-based tool that can predict physical and chemical properties of hydrated cements, and durability and environmental impacts of concretes. Applying it to CEM I concrete as a case study, we investigate the cement composition effects on the freeze–thaw resistance indicator (time to critical saturation degree, t

CR
). Results indicate that chemical composition of raw materials including Fe2O3 may influence freeze–thaw resistance, which is usually not considered in the current scheme of durability assessment. The results also show how the design space (i.e., feasible cement compositions) could be found for different types of concrete at specified minimum freeze–thaw resistance. We validate Panoramix by comparing its ranking of 28 concrete samples in terms of freeze–thaw performance (t

CR
) with experimental data for relative dynamic modulus of elasticity (RDME) reported in ten publications and measured using procedures from four different standards. By combining the composition-freeze–thaw resistance modelling with a life cycle assessment model, we show that the climate change impact (100-year global warming potential) per m3 CEM I concrete can be reduced from 313 to 286 kg CO2-eq. by decreasing the clinker-to-cement ratio while reducing t

CR
from 7 to 5.5 years.
Analysis of Global Design Standards to Assess Different Levels of Structural Seismic Protection
Authors: Huang Yingbi 
Published: January 2025

ABSTRACT
This research undertakes a thorough examination of the significant social and economic losses resulting from earthquakes throughout time, as well as the considerable destruction inflicted upon physical structures. Using the reinforced concrete frame structure as an illustration, it highlights several types of column damage that might potentially happen to the structure during seismic events. As cross-border projects become more frequent, it is crucial to have precise specification comparisons and parameter conversions as a reference for engineering projects happening worldwide. This article will now analyze and contrast the seismic building designs of China, the United States, Indonesia, and Australia. These nations are selected based on their susceptibility to earthquakes, with China, the United States, and Indonesia being earthquake-prone, while Australia has infrequent seismic activity. An assessment of each country’s standards is undertaken, specifically parameters in relation to seismic defence standards, seismic protection levels, method of determining shear wave velocity, method of determining site subsoil and the implementation of the seismic design response spectrum. An evaluation was made after analyzing each parameter based on the requirements in the standards, and a recommendation for the most practical and reasonable method from one of the countries for each parameter was provided. Overall, seismic standards from China were deemed the most thorough and considerate standard, which not only encompassed a broader range for each parameter but was also deemed the most technical and considerate in terms of parameter derivation.
Mindfulness & Mental Health Improvement Practices for An Effective Work-Life Balance (WLB) in Librarianship
Authors: Bhatt Jay J , Oak Meenal , Bharti Poonam 
Published: January 2025

Mindfulness &amp; Mental Health Improvement Practices for An Effective Work-Life Balance (WLB) in Librarianship
Various approaches that university libraries globally use to inspire library staff and students to enhance their well-being, intellectual wellness and manage stress in the process.
Stress, burnout, anxiety, we all need help to manage and improve our well-being. Join this session for a discussion of techniques you can use to reduce your stress and increase resiliency in the workplace, and help generate ideas for implementing stimulating programs to inspire library users. Poonam will present on how being a little mindful instead of “mind full” can lead to improved mental health and lifestyle. Jay will share the in-person and virtual programs created at Drexel University Libraries to promote intellectual wellness and reduce stress for staff and students. Meenal will share the conceptual ideology of Work-Life Balance (WLB), factors affecting WLB using case examples, and giving the best performance at work. We will have time for questions. Please share your wellness program ideas with us.
Learning Objectives:
Upon completion, the participants will develop insights on how small practices in routine can inspire positive impact in Life.
Upon completion, the participants will learn about the core ideology of Work-Life Balance and the affecting factors as well as the key tactics of balancing the work and life elements.
Upon completion, the participants will learn how one university library attempted to inspire library staff and students to enhance intellectual wellness using different engaging approaches.
Morphometric analysis of styloid process in human cadavers with clinical implications
Authors: Chandaka Swathi Poornima , Vangapandu Ujwala Lakshmi , Kolachana Nagamani 
Published: January 2025

Styloid process is a bilateral bony projection of temporal bone related to important neurovascular structures in the head and neck region. Elongated styloid process with length more than 30mm is frequent encounter in multiple imaging techniques in various studies which have been cause of many neurological and vascular signs and symptoms in living. Present study aims at analyzing the morphometric parameters of styloid process in cadavers with clinical correlation. The aim of this study isto measure morphometric parameters of styloid process in human cadavers, to estimate the prevalence rate of elongated styloid process and to analyze the clinical effects of elongated styloid process. Present study is an observational descriptive study done on styloid processes retrieved from forty human cadavers and fifteen dry skulls from the department of anatomy in the present institution. The morphometric parameters included length and breadth of the styloid process. Spatial orientation of the structures close to styloid process were studied and any deviation was duly documented. A total of 110 styloid processes were studied in which four elongated styloid processes were identified with a prevalence rate of 3.6%. Mean lengths on right and left side measured 16.1mm and 16.07mm respectively with more lengthy styloid process on the right side. Mean breadths of 5.7mm and 5.13mm on right and left sides were measured respectively. Identifying the presence of elongated styloid process is of paramount importance in diagnosing the signs and symptoms manifested in Eagle’s syndrome. Expanding knowledge on the morphometry of styloid process is of great advantage to head and neck surgeons and radiologists, which can be enhanced by present study.
Computed Tomography Angiography Indications in the Follow-Up of Kawasaki Disease Patients
Authors: Akbariasbagh Parvin , Raeeskarami Seyed Reza , Asgarshirazi Massoumeh , Naderi Sahar , Adib Mehrnaz 
Published: January 2025

Kawasaki disease (KD), or mucocutaneous lymph node syndrome, is a vasculitis that primarily affects young children and results in coronary artery abnormalities. Echocardiography is the standard imaging modality for monitoring KD patients; however, this method does not detect some coronary artery anomalies. This case report demonstrates the significance of computed tomography (CT) angiography in identifying previously undiagnosed coronary abnormalities in a KD patient.
We herein describe a 7-year-old male who presented with symptoms consistent with KD and was treated subsequently with intravenous immune globulin (IVIG). Follow-up echocardiography showed no significant coronary artery abnormalities. Three years later, the patient presented with flu-like symptoms, and an ECG revealed anterolateral ischemic changes. Echocardiography showed normal coronary arteries. Nonetheless, a CT angiogram was performed due to the ischemic changes on ECG, and it identified a myocardial bridge in the left anterior descending artery, which had not been detected by echocardiography or ECG.
This case report emphasizes the importance of considering CT angiography as an adjunct imaging modality in the evaluation and follow-up of KD patients, particularly when echocardiographic findings are inconclusive or when clinical presentation raises concerns for potential coronary artery abnormalities. Further research is needed to establish evidence-based guidelines for the optimal timing and clinical indications for CT angiography in KD patients.
Comparative Study of Rapeseed Meal and Fermented Rapeseed Meal Replacing Soybean Meal in Diet on Growth Performance, Nutrient Digestibility and Economics in Broiler Chicken
Authors: Javed Shaikh , Khose K.K. , Nikam M.G. , Wankhede S.M. , Rindhe S.N. , Waghamare R.N. 
Published: January 2025

Background: The escalating costs of soybean meal (SBM), coupled with environmental and socioeconomic considerations, necessitate exploration into alternative protein sources. Due to consistent increase in feed cost of SBM it was the need of hour to explore the alternatives for SBM. The present experiment was designed to evaluate the comparative study of rapeseed meal (RSM) and fermented rapeseed meal (FRSM) replacing soybean meal in diet on performance of broilers. Methods: Four hundred twenty, day old Vencobb-430Y straight run broiler chicks were randomly distributed into seven treatment groups with four replicates in each having fifteen chicks. The seven treatments were control group (T1), basal diet with 5% RSM (T2), basal diet with 10% RSM (T3), basal diet with 15% RSM (T4), basal diet with 5% FRSM (T)5, basal diet with 10% FRSM (T6), basal diet with 15% FRSM (T7). Result: The live body weight and cumulative weight gain at the end of 6th week significantly (P less than 0.01) decreased in T4 (15% RSM) and T7 (15% FRSM) as compared to control group T1. At 6th week, significantly (P less than 0.01) better cumulative feed conversion ratio was recorded in groups T1, T2, T3, T5 and T6 as compared to groups T4 and T7. There were non-significant differences for dry matter digestibility (%), nitrogen retention (%), ether extract digestibility (%) and crude fibre digestibility (%) in all groups. The highest net profit per kg live body weight was observed in treatment group T5 followed by groups T6, T3, T2, T1, T7 and T4. Thus, it was concluded that the inclusion of RSM and FRSM up to 10% level with replacing soybean meal do not have any adverse effect on growth performance, nutrient digestibility and improved economics of broiler production. Moreover, the inclusion of 5% FRSM with replacing soybean meal in diet has more economically profitable without affecting production performance in broilers.
SAVREMENO „OTKRIVANJE“ PRIMITIVNOG
Authors: PROLE DRAGAN 
Published: January 2025

Izvanrednu osobenost metodologije koju primenjuje tzv. kritička istorija Hegel je povezao sa obradom priča, pri čemu sama stvar ili događaji o kojima se priča imaju sporedan, drugorazredni značaj. Pouka te teze bi mogla da ukaže na opreznost kada je reč o avangardnim veličanjima praizvornih oblika ljudskosti. Ona će nam skrenuti pažnju da u njima valja prepoznati tek vešto oblikovanu priču o primitivnom, koja ne ostvaruje baš mnogo dodira s onim o čemu govori. Ovaj članak istražuje pitanje u kojoj se meri iskustva sa kritičkom istorijom zaista mogu primeniti na ispitivanje avangardne rehabilitacije primitivnog.
Indoktrinasi Konsep Jihad Radikal Menuju Moderat dalam Al-Qur'an: Telaah Penafsiran Muhammad Abduh dalam <i>Tafsir al-Manar </i>
Authors: Wahab Abdul , Jaka Ghianovan  , Mohamad Mualim  
Published: January 2025

Artikel ini bertujuan untuk mengkaji secara mendalam arti dari jihad yang sebenarnya melalui sudut pandang Muhammad Abduh dalam Tafsir al-Manar. Dengan menggunakan metode kualitatif dan jenis penelitian kepustakaan secara deskriptif-analitis, penelitian ini menunjukkan bahwa Muhammad Abduh memahami jihad secara menyeluruh dengan mengacu pada empat term dalam al-Qur’an, yaitu: term al-qital, al-harb, al-nafr dan al-irhab. Ia menyimpulkan bahwa konsepsi jihad tidak berarti sempit yang dipahami dengan perjuangan fisik melawan musuh-musuh Allah. Jihad dapat diinterpretasikan secara lebih luas dan holistik, tidak hanya mencakup perlawanan terhadap musuh fisik, melainkan juga melibatkan konfrontasi dengan “hawa nafsu” dan musuh-musuh dalam bentuk pemikiran liberal, radikal, fundamental, westernisasi, aliran sesat, dan sebagainya. Pandangan Abduh ini meluruskan konsep indoktrinasi akan makna jihad yang radikal yang telah melekat kuat pada orang yang didoktrin, serta menganggap bahwa hal tersebut adalah merupakan ibadah yang disyariatkan oleh Allah. Ritual tersebut bukan hanya menjadikan dirinya sendiri sebagai korban melainkan terdapat orang-orang yang mereka anggap halal darahnya untuk dibunuh dijalan Allah. Oleh karena itu, artikel ini berkontribusi sebagai pengantar bagi anak muda agar cerdas dalam mencegah dan menangkal paham-paham yang radikal.
EVALUATION OF PARTICLE SWARM ALGORITHM MODIFICATIONS ON SUPPORT VECTOR MACHINE HYPERPARAMETER OPTIMIZATION TUNING FOR RAIN PREDICTION
Authors: Putri Aina Latifa Riyana , Riyono Joko , Pujiastuti Christina Eni , Supriyadi  
Published: January 2025

The Particle Swarm Optimization (PSO) algorithm, though simple and effective, faces challenges like premature convergence and local optima entrapment. Modifications in the PSO structure, particularly in acceleration coefficients ( and ), are proposed to address these issues. Techniques like Time Varying Acceleration Coefficients (TVAC), Sine Cosine Acceleration Coefficients (SCAC), and Nonlinear Dynamics Acceleration Coefficients (NDAC) have been implemented to enhance convergence speed and solution quality. This research evaluates various PSO modifications for improving convergence and robustness in rainfall potential prediction using Support Vector Machine (SVM) classification. The UAPSO-SVM algorithm C=0.82568 and γ=0.01960 excels in initial exploration, discovering more optimal global solutions with smaller variability. In contrast, TVACPSO-SVM shows gradual improvement but requires more iterations for stability, while SBPSO-SVM achieves the fastest convergence at iteration 14 but risks overfitting. Robustness analysis reveals all PSO-SVM variants maintain stable performance despite variations in dataset subset sizes, with accuracy stabilizing after a spike at 20%.. Therefore, PSO modifications enhance convergence speed and resilience to data fluctuations, improving their effectiveness for rainfall prediction.