bluuebunny/crossref_metadata_2025_split huggingface dataset:
Enhancing the precision of impedance measurement from 5 kHz to 1 MHz through self-identification of parasitic parameters
Authors: She Yi , Jiang Zeyi , Liu Qin , Qiao Sirui , Ma Yixin 
Published: February 2025

Abstract
Objective. Electrical impedance tomography (EIT) generates cross-sectional images through non-invasive impedance measurements from surface electrodes. While impedance above 200 kHz can reveal intracellular properties, most existing EIT images are published at frequencies below 200 kHz. When frequencies exceed 200 kHz, the accuracy of impedance measurements declines due to the influence of distributed circuit parameters such as parasitic capacitance, on-resistance of switch and the series inductance, with a more significant impact on larger impedance. To overcome this limitation, this paper proposes an approach for precision impedance measurement through self-identification of distributed parameter. Approach. Firstly, the distributed circuit parameters are identified via correction measurements of precision resistances in the frequency range from 5 kHz to 1 MHz; then, the circuit is accurately modeled; finally, transfer impedance measurements during imaging process are corrected using the established circuit model. Main results. The distributed circuit parameter self-identification method was verified through a goodness-of-fit test, confirming the consistency between the model's predicted values and the actual values of the component. The test results indicate that at 1 MHz, the relative residuals follow a right-skewed distribution with an average value of 0.08%, which demonstrates high model accuracy. At 1 MHz, the measurement relative error after correction for the 499 Ω precision resistor is reduced by 12.01%, and for the 56 pF precision capacitor, the relative error after correction is 0.46%. Significance. The proposed method can extend the frequency range of EIT and other impedance technologies from below 200 kHz to up to 1 MHz, while ensuring good measurement accuracy.
Intraday economic optimal dispatch of distribution networks based on fuzzy set prediction
Authors: Zhang Chunyu , Zhang Maosong , Wu Di , Yang Jie , Zhao Hongsheng , Zhang Luyao 
Published: February 2025

Abstract
Aiming at the uncertainty problem of electric vehicle charging and discharging, this paper proposes an intraday scheduling model and its solution method based on fuzzy set theory and an improved subtraction optimizer algorithm. The charging station dispatchable resource prediction model is constructed based on event-wise fuzzy set theory. On this basis, the intraday optimal scheduling model is constructed by comprehensively utilizing the dispatchable resources of the charging station to collaborate with the photovoltaic and energy storage outputs and is solved by the improved subtractive optimizer algorithm to realize the optimal scheduling to minimize the operating cost. Finally, the effectiveness of the proposed method is demonstrated by simulation analysis based on the IEEE-33 node arithmetic system.
Research on partial discharge pattern recognition of transformer based on KPCA and JS-SVM algorithm
Authors: Zhu Qingdong , Wang Jian , Gu Zhaoliang , Wang Xuelei , Cui Qihui , Li Longlong , Gu Chao , Zhu Wenbing 
Published: February 2025

Abstract
Transformers are essential for the safe operation of power grids, and their failures can lead to significant risks. To improve the accuracy of partial discharge (PD) diagnosis in transformer bushings, this paper proposes a PD pattern recognition algorithm combining Kernel Principal Component Analysis (KPCA) and Artificial Jellyfish Search (JS)-optimized Support Vector Machine (SVM). The proposed algorithm offers the advantages of efficient dimensionality reduction, high classification accuracy, and fast optimization. KPCA is first used to reduce the dimensionality of high-frequency signals, improving data processing efficiency and lowering computational complexity. The JS algorithm is then employed to optimize SVM parameters, significantly enhancing classification and recognition performance. Experimental results show that the proposed algorithm achieves a higher recognition rate in PD defect diagnosis, with overall recognition rates improved by 3.74% and 2.5% compared to traditional SVM and BP neural network algorithms. This study provides a novel approach for early defect diagnosis in transformers and holds significant engineering application value.
Development of Flood Mitigation Model for Man Made Hydraulic Structure in Low Lying Area in Batu Pahat, Johor
Authors: Mohd Daud N , Razi M A M , Abdullah M D 
Published: February 2025

Abstract
In December 2006 until January 2007, the Northeast Monsoon had contributed to heavy rain through a series of continuous extreme storms that caused a disastrous flood for several areas of Malaysia. This study aimed at Batu Pahat, Johor catchment areas that are heavily impacted due to the low-lying catchment area. The stagnant flooding that occurred during the 2006/2007 flood event had caused huge losses towards the residents, properties and the environment. This paper aims to determine the hydraulic and hydrologic characteristics of low-lying areas in Batu Pahat catchment. ICM Infoworks software is used to develop flood modeling for the study area. The contribution of this study is to develop the flood mapping of 2006/2007 flood events for 20-years, 50-years, and 100-years ARI. Based on the modeling results, detention ponds and pumping systems are proposed to mitigate the flood resulting in a 44.47% reduction of affected area for 50 years ARI rainfall event. This study concludes that detention ponds and pumping systems can be used as a reliable solution to reduce the impact of floods on the study area.
Description of morphological characteristics of arabian rhinoceros beetle, Oryctes agamemnon arabicus, of date palms in Algeria.
Authors: Sana Rais , Inesse Saadi , Jenő Kontschán 
Published: February 2025

Abstract
The Arabian rhinoceros beetle, Oryctes agamemnon arabicus, has emerged as a significant pest of date palms in Algeria, inflicting considerable damage on these crucial agricultural ecosystems. This study provides a thorough morphological description of Oryctes collected from date palm oases in El Oued, Algeria, during the period from 2022 to 2024. Through careful identification of the specimens, it was confirmed that O. a. arabicus is the only subspecies present in the region, highlighting its specific ecological role. The findings emphasize the necessity of detailed morphological analyses for accurate species identification, which is crucial for effective conservation strategies. By enhancing our understanding of these beetles, this research contributes valuable insights into pest management practices that are essential for mitigating the impact of Oryctes infestations. Ultimately, the outcomes of this study advocate for targeted conservation efforts of date palm and sustainable agricultural practices, ensuring the protection of date palms and the resilience of the agricultural landscape in Algeria.
Reactivity towards Na of biochars produced from date palm residues with different oxygen proportions during pyrolysis
Authors: Ponthieu M. , Beucher J. , Guillaneuf A. , Le Guyader E. , Miconnet V. , Gommeaux M. , Amadou Guimbari R. , El Mazlouzi M. , Marin B. , Morvan X. 
Published: February 2025

Abstract
The use of biochar produced from the rachis of date palm leaves could help fight soil salinization while using under-utilized crop residues. To improve the specific surface area of the biochars produced and therefore their adsorption capacity, the addition of oxygen (3 and 7%) during pyrolysis was tested. The amount of Na adsorbed was relatively low (between 15 and 20% of Na added) whatever are the biochar considered (produced with or without O2). The release of this adsorbed Na in contact with water was quite important, from 100% for the lowest concentrations of Na added to 30-40% for the highest concentrations added, highlighting a low retention of Na by the biochars studied and a limited impact of the presence of O2 during pyrolysis.
Geophysical Technology Innovation to Enhance Soil Fertility and Support Agricultural Productivity in Sumedang, West Java
Authors: Widodo  , Salam Abdul , Azhari Na’ila Yuni , Fachrezi Fadhil Deva , Fadhillah Muhammad Raya , Nurbaity Anne 
Published: February 2025

Abstract
Sumedang, located in a hilly region, is a crucial agricultural area in Indonesia. To improve agricultural practices and optimize groundwater accessibility, we employ innovative geophysical technologies, specifically Electrical Resistivity Tomography (ERT) and Electromagnetic Induction (EMI). These methods enable the analysis of Earth’s electrical resistivity at various depths. This study aims to provide a comprehensive overview of the surveyed area by integrating ERT cross-section and EMI-ERT cross-section data into a single map. EMI data acquisition utilized vertical dipole and horizontal modes to investigate deeper (approximately 1.5 m) and shallower (approximately 0.33 m) depths, respectively. Meanwhile, ERT employed the Wenner configuration to obtain dense resistivity values at 0.5 m electrode intervals. Our analysis identified the presence of clay, alluvium, and sandy soil in the region. The EMI acquisition map shows a low resistivity range of 32.89 – 50 Ωm at a depth of 1.5 m and a high resistivity range of 114 – 817 Ωm at depths of approximately 0.33 to 0.75 m. Conversely, the ERT-acquired resistivity map indicates low resistivity values (8.20 – 44.7 Ωm) at depths of 0.637 – 3.94 m for lines 1, 2, and 4, and 0.383 – 2.36 m for lines 3, 5, and 6, with scattered points of high resistivity (58.9 – 817 Ωm) at 0.637 m depth. The presence of water-rich soil at depths greater than 0.75 m suggests the potential for improved soil fertility and expanded irrigation coverage in areas of high resistivity.
Cryogenic 3D printing of damage tolerant hierarchical porous ceramics
Authors: Zhu Zheng , Gao Dandan , Huang Zhuo , Chang Wei , Wu Bin , Zhang Kaihao , Sun Minghan , Song Hengxu , Ritchie Robert , Wang Tao , Huang Wei , Zhou Huamin 
Published: February 2025

Abstract
Fabricating damage tolerant porous ceramics with efficient energy absorption and impact-resistant capability has been a challenge because of the brittle nature of ceramics. In nature, mineralized tissues or organisms such as cuttle bones and diatoms have been evolved with hierarchical pores to overcome this difficulty. A bioinspired design of ceramic lattice structure with pores at multiple length-scales, ranging from few nanometers to hundreds of micrometers, is proposed in the present work. These ceramic lattices with hierarchical porous structures were successfully fabricated via cryogenic 3D printing. The printed ceramic lattices showed an unprecedented long plateau strain (~60%) and a specific energy absorption of ~10 kJ/kg with a porosity of ~90%. The resulting energy absorption capability was comparable with most composites and metals. This was attributed to the delayed destruction of the lattice structure, as well as the gradual collapse of pores at multiple length-scales. Similar trends have also been observed under split Hopkinson pressure bar tests, indicating excellent energy absorption under high strain-rate impacts. The proposed 3D printing technique was also demonstrated to apply to other functional materials, such as silicon carbide, barium titanate, hydroxyapatite and even titanium alloy, and thus opens up new possibilities for fabricating bioinspired hierarchical porous structures.
Deep Learning for Structure-Preserving Universal Stable Koopman-Inspired Embeddings for Nonlinear Canonical Hamiltonian Dynamics
Authors: Goyal Pawan , Yıldız Süleyman , Benner Peter 
Published: February 2025

Abstract
Discovering a suitable coordinate transformation for nonlinear systems enables the construction of simpler models, facilitating prediction, control, and optimization for complex nonlinear systems. To that end, Koopman operator theory offers a framework for global linearization of nonlinear systems, thereby allowing the usage of linear tools for design studies. In this work, we focus on the identification of global linearized embeddings for canonical nonlinear Hamiltonian systems through a symplectic transformation. While this task is often challenging, we leverage the power of deep learning to discover the desired embeddings.	Furthermore, to overcome the shortcomings of Koopman operators for systems with continuous spectra, we apply the lifting principle and learn global cubicized embeddings. Additionally, a key emphasis is given to enforce the bounded stability for the dynamics of the discovered embeddings. We demonstrate the capabilities of deep learning in acquiring compact symplectic coordinate transformations and the corresponding simple dynamical models, fostering data-driven learning of nonlinear canonical Hamiltonian systems, even those with continuous spectra.&#xD;
The Empowerment Model
Authors: Parr Tom 
Published: February 2025

Abstract
This chapter proposes a novel way of theorizing about the demands of justice in the labour market that is capable of shedding light on various economic trends and the injustices with which they are associated. Its aim is to explicate and defend the deceptively simple sounding claim that, within limits, the goal of labour market policymakers should be to secure individuals’ equal bargaining power or, when this is unwise, to protect them against the disadvantages to which their lack of equal bargaining power might otherwise give rise. I call this the empowerment model. The chapter highlights and defends one especially controversial component of this commitment, namely is ambition-sensitivity.
The Rebuilding of Royal Authority
Authors: Fitzsimmons Michael P 
Published: February 2025

Abstract
The chapter examines the effort of the Bourbon dynasty, beginning with Henri IV, to rebuild royal power after the catastrophic Wars of Religion. The efforts continued with his successors, Louis XIII and Louis XIV, and were successful in achieving monarchy-centered government by not summoning the Estates General, debilitating the parlement of Paris by weakening its right of remonstrance, bypassing provincial Estates and the use of privilege. The zenith of monarchy-centered government occurred under Louis XIV, but at his death, with the kingdom exhausted by wars and concerns about the health of the young heir apparent, the position of the dynasty was precarious.
The Collapse of Monarchy-Centered Government
Authors: Fitzsimmons Michael P 
Published: February 2025

Abstract
At the royal session on June 23, Louis quashed the National Assembly and ordered that deliberations and voting be conducted by order except on questions of taxation. The next day, however, a majority of the clergy joined the Assembly and the day after that dozens of nobles entered as well. Louis’s initiative had failed and on June 27 he asked the clerical and noble deputies who remained in their chamber to enter the Assembly. Louis had not accepted the Assembly but was instead seeking to gain time to bring in troops. In mid-July he attempted to dissolve the Assembly, but a popular uprising in Paris prevented the dissolution and left the king in a weak position. Saved by the popular intervention, the Assembly was free to begin work on the constitution.
Introduction
Authors: Bruskin Signe 
Published: February 2025

Abstract
The organizational changes employees find most radical are the micro changes that influence their everyday work activities and routines. This book is based on empirical material from a research project showing that micro changes are crucial to employees’ well-being and engagement at work. This contrasts the strategic and planned organizational changes that have typically been at the center in literature and practice. It implies a shift from the classic organizational change theories grounded in a planned and rational approach to a process philosophical approach to change. Here, changes are perceived as primary, making stability in organizations secondary. Further, it calls for a study of everyday activities to capture the micro changes that are fluid and ever changing.
The Experience of Fluid Changes
Authors: Bruskin Signe 
Published: February 2025

Abstract
A process philosophical approach to change implies that change becomes a matter of experience. Thus, the employee’s experience of organizational changes is at the center as they define whether a change is radical. However, the fluidity and ever-changing character of change mean that the experience of change is influenced by time and temporality. Ultimately, the organizational changes might drift away or become something different when reinterpreted. This chapter aims at unfolding the temporal and spatial dimensions by drawing on empirical examples as well as sensemaking theory in order to unpack the consequences of a process philosophical approach to change in practice.
Identity Changes
Authors: Bruskin Signe 
Published: February 2025

Abstract
Identity changes in a process perspective are complex as identity must be seen as social and shaped in relation to others. Examples include professional identity changes such as another role, position, job, or responsibility. Identity is not an isolated entity but is constituted by the individual’s perception of work identity and workplace role. This chapter focuses on identity changes, supported by social identity theories and sensemaking, to unpack how identity changes are fluid, continuous, and inevitable. Working proactively with narratives and trying to answer the employees’ question of “what’s in it for me?” can be an advantage when ensuring employees’ commitment to a strategic change.
Concepts of Practice
Authors: Bruskin Signe 
Published: February 2025

Abstract
A process philosophical approach to organizational change challenges existing concepts of practice. These are, among others, change resistance, the implementation of organizational change, bottom-up processes, and change successes. From a process perspective, it implies that changes are fluid and ever changing, making organizational changes impossible to implement through a linear approach. Further, who decides whether a change is successfully implemented if employees suffer from stress afterward? Through this lens, the chapter aims to discuss existing concepts or approaches to change and, at the same time, suggest how concepts such as psychological safety can foster a culture that accommodates employees’ experiences of changes that influence their well-being and engagement.
Propositionalism
Authors: Salje Léa 
Published: February 2025

Abstract
Chapter 3 considers an inflationist view of articulatory self-knowledge that is likely to strike many as more palatable than the sententialism of the last chapter: propositionalism, that posits a mere propositional thought at the outset of the process, that is not (yet) formatted in natural language. A critical survey of how various features of propositionalism compare with sententialism already brings to the surface a number of difficulties for the view. The main argument against propositionalism, however, is that as an inflationist view it implies an implausibly particularist metaphysics of mind. Finally, I argue that with the move away from sententialism, propositionalism already forgoes a strict commitment to content-form identity between the earlier and later thoughts, and that once we have conceded this much we have reason to further remove restrictions on the form of possible inputs to our target process.
Epistemic Significance
Authors: Salje Léa 
Published: February 2025

Abstract
Chapter 5 asks what the epistemic significance is of the fact that we have this distinctive capacity for self-knowledge, as understood under the moderate deflationist view of Chapter 4. It argues for four claims in response. (1) Articulatory self-knowledge is a process of both discovery and creation. (2) We can use this process as a way of gaining psychological self-knowledge, but also—in the very best cases—worldly understanding or insight. (3) The distinctive process involved in cases articulatory self-knowledge makes it best suited for what Quassim Cassam calls substantive self-knowledge. And (4), put together, these findings make it the case that articulatory self-knowledge is likely to be a crucial element in much creative intellectual work like maths, science, and philosophy.
Creating and Designing the AIIB
Authors: Gutner Tamar 
Published: February 2025

Abstract
This chapter examines the process of creating and designing the AIIB. It argues the bank’s design reflected a process of institutional diffusion by an international group of policy entrepreneurs who represented states and senior MDB officials. The bank is a Chinese initiative and the international state and non-state actors who designed it created a state-of-the-art MDB where key differences with other major MDBs were mostly a matter of degree and not kind. The bank was explicitly designed to reflect best practices of multilateral development banking, drawing on, and in some cases innovating, the design features of existing MDBs.
Environmental and Social Framework
Authors: Gutner Tamar 
Published: February 2025

Abstract
This chapter presents a case study of the design of the AIIB’s environmental and social framework (ESF), highlighting the important role of experts, deeply networked across MDBs, who shaped the AIIB’s safeguards to look broadly similar to those of its peer institutions. It also means that watchdog NGOs’ criticism of the AIIB is broadly similar to their criticism of other MDBs. The chapter begins by explaining why MDB environmental and social frameworks are important in mitigating possible negative environmental and social impacts of infrastructure lending, and how they reflect norms of accountability and transparency. The development and evolution of these norms illustrates how connected the MDBs are as a network, and how they also interact with other regional and global environmental and development governance strategies and efforts.
Introduction
Authors: Eisaman Maus Katharine 
Published: February 2025

Abstract
The years 1603 and 1660 mark political, not literary events. 1603 saw the death of Elizabeth I, the last Tudor monarch, and the accession of James I, the first of the Stuarts on the English throne. In 1660 his grandson Charles II was “restored” to that throne after a period of civil war and more than a decade of government without a king. Why imagine that the years between 1603 and 1660 comprise a literary period? The conviction that the English civil war and its aftermath, in the middle of the seventeenth century, constitutes something of a watershed in literary history emerged almost immediately: already in the late 1660s John Dryden was calling Shakespeare, Fletcher, and Jonson playwrights “of the last age.” 1603, when many major writers were in mid-career, is a less vivid demarcation. This introduction discusses the rationales for these period boundaries, provides a short orientation to the tumultuous history of early seventeenth century England, and discusses some of the problems and opportunities of writing a general literary history of these decades.
Who Were the Writers?
Authors: Eisaman Maus Katharine 
Published: February 2025

Abstract
‘Who Were the Writers?’ considers who could (and who could not) become a writer in early seventeenth-century England, and why it matters. Most writers in the period came from a ‘relatively elite’ social echelon—they were not necessarily right at the top of the heap, but closer to the top than the bottom. An overwhelming majority were male. Moreover, they were disproportionately clustered in the London metropolis. This chapter discusses the reasons for these demographic characteristics and some of their consequences for literary practice in the period. It also considers some of the apparent exceptions to these general rules.