bluuebunny/crossref_metadata_2025_split huggingface dataset:
Micromechanical Analysis of Metal-Ceramic Thin-Films on Steel Substrates
Authors: Chen R. , Grigorev N. , Schwaiger R. , Brinckmann S. 
Published: April 2024

AbstractThin-layered coatings on material surfaces can resist contact forces and provide protection against material wear. In this study, FeCrNi-Al2O3 composite coatings were prepared by electrodeposition onto a 316L steel substrate. The effects of electrodeposition cathode current density (3 A·dm−2, 5 A·dm−2, 7 A·dm−2 and 9 A·dm−2) and post annealing at 500°C in Ar atmosphere were investigated. An increase in deposition rate resulted in a rougher coating surface and a thicker coating at a constant deposition duration. Post-deposition heat treatment caused the surface roughness to increase because of the introduction of denser micro-cracks. Higher current densities improved adhesion and prevented angled cracks during scratching, while annealing led to scratching-induced failures at lower applied loads. FeCrNi-Al2O3 composite coatings showed higher hardness but lower Young's modulus compared to the steel substrate. The coating hardness is slightly enhanced by increasing the electrodeposition current density from 5 A·dm−2 to 9 A·dm−2, and a more significant increase is observed after annealing. However, the hardness is negatively impacted by the combined effect of annealing and higher current density. These findings demonstrate the importance of carefully balancing the electrodeposition current density and annealing conditions to achieve optimal coating properties. To optimize metal-ceramic composite coatings, it is crucial to investigate multiple process parameters that may interact with each other.
E-service failure and recovery strategy in times of crisis: effect on peer attitudes, expectation and future intention
Authors: Foroudi Pantea , Tabaghdehi S. Asieh Hosseini , Cillo Valentina , Cuomo Maria Teresa 
Published: April 2024

Abstract
This study analyses the impact of the critical issues on Travel and Tourism e-service failure and explores specifically how peer-to-peer accommodation business can cope with the potential collapse in demand caused by global crises. The purpose is to examine the impact of peer-to-peer accommodation’s recovery offer on revisiting intentions and relationships termination in light of justice-, fairness-, and attribution theory. In this vein, the main aim is to develop a theoretical model which is underpinned by an understanding of the consequences of e-service failure and the effectiveness of recovery strategies for business competitiveness. To gauge peer perceptions of peer-to-peer accommodations, we employed a mixed-method approach. Alongside 17 interviews with peers and industry experts, a survey involving 404 peer-to-peer accommodation users was conducted. Structural equation modelling was applied to unravel the intricate relationships and influences at play. The findings suggest that managers and service providers need to focus on timely recovery and building stronger relationships with peers, to increase repurchase intention and post-recovery satisfaction and to better front the crises times. This could be implemented efficiently via the platform of social media. This study offers specific theoretical and practical implications by providing a fair recovery strategy to result in the satisfaction of both parties.
β-Glucan Extraction from Hull-Less Barley by a Novel Approach: Microwave-Assisted Pressurized CO2/H2O
Authors: Özen Saadet , Ünlü Ayşe , Özbek Hatice Neval , Göğüş Fahrettin 
Published: April 2024

AbstractΒ-glucans (BGs) are dietary fibers with human health benefits. Due to their emulsifying, thickening, and water-holding properties, they are frequently utilized in food formulations. Hull-less barley is one of the important sources of BGs. This research was performed to extract BGs from hull-less barley using microwave-assisted pressurized CO2/H2O (MW-PCO2) extraction, a combination that had never been employed before. The MW-PCO2 extraction conditions (temperature, time and water: barley flour ratio) were optimized using response surface methodology (RSM) with a Box-Behnken design for the maximum BG yield (%). Temperature of 47.74 °C, time of 19.92 min, and water: barley flour ratio of 10.10:1 (g/g) were found to be the optimum conditions for extraction with a BG yield of 62.43%. Additionally, MW-PCO2 extraction was compared with conventional water extraction (CE) and BG extracts obtained by both methods were characterized. Chemical composition, molecular weight, thermal properties, water solubility, water holding capacity, surface morphology, and Fourier Transform Infrared Spectrum (FTIR) of the BG extracts were determined. MW-PCO2 extraction gave higher BG yield and purity, molecular weight, and water holding capacity using less solvent in a shorter time. Furthermore, both extracts have similar morphological images, FTIR spectrum, and thermal properties. The results of this work demonstrate the potential of the MW-PCO2 approach for extracting BGs from hull-less barley with improved selectivity and recovery, which can then be added to a variety of food and drug formulations.
Advancing corrosion protection in confined spaces: a solvent-free UV LED-curable coating for steel pipelines with enhanced barrier properties and harsh environment performance
Authors: Condini Alessandro , Trentalange Carlo , Giuliani Angela , Cristoforetti Andrea , Rossi Stefano 
Published: April 2024

AbstractThis study investigates a novel solvent-free, UV LED-curable coating as a robust corrosion protection solution for the inner surface of steel pipelines. The properties of the UV-cured film were characterized in terms of reactivity, thermomechanical properties, and adhesion to metal substrates. The coating was applied to the inside steel pipelines and cured using a patented UV LED lamp designed to fit in confined spaces. Finally, electrochemical impedance spectroscopy characterization and an accelerated cyclic electrochemical technique were performed on the coated pipes to study the corrosion protection properties of the coating, both with and without the addition of inorganic fillers. The results were compared to a commercially available thermally cured coating. It was found that the UV-cured coating confers high barrier properties, effectively preventing liquid penetration even under elevated temperature conditions. Furthermore, the corrosion protection performance in harsh environments was comparable to and, in some cases, higher than standard epoxy linings.
Thermo-electric modeling and analysis of lithium-ion battery pack for E-mobility
Authors: Bukya Mahipal , Kumar Rajesh , Mathur Akhilesh , Bandhu Din , Suryaprakash Reddy V 
Published: April 2024

Abstract
Electric Vehicles (EVs) have emerged as a viable and environmentally sustainable alternative to traditional internal combustion vehicles by utilizing a clean energy source. The advancement and expansion of electric cars rely on the progress of electrochemical batteries. The utilization of Lithium-Ion Batteries is widespread primarily because of its notable energy density. Changes influence the performance of these batteries in temperature. The Thermal Management System of the battery is one of the very important systems in EVs to improve the performance and life of the battery. The geometrical spacing of the cell modules is considered identical for a more accurate comparison of temperature distribution. For better cooling and heat dissipation, the battery pack’s two sides are kept entirely open to facilitate the inflow of air. In this work, active BTMS solutions are selected and analyzed using the development of three-dimensional free, open-source OpenFOAM computational fluid dynamics simulations for accurate thermal modeling and hotspot zones in cylindrical battery packs. The outcome of the simulations is compared using parameters like temperature distribution in battery cells, battery modules, and heat generation. Among all the cell temperature zones, the temperature maximum is near the sixth cell of the module depth. OpenFOAM results validated with the existing literature’s experimental and Ansys results. Air cooling is utilized for cooling performance because of its relatively simple structure and lightweight.
Nanoparticle Polymeric Micellar Paclitaxel Versus Paclitaxel for Patients with Advanced Gastric Cancer
Authors: Wang Fei-Yu , Huang Xiang-Ming , Cao Yu-Qing , Cao Jie , Ni Jie , Li Ke , Lu Min , Huang Xin-En 
Published: April 2024

Abstract
Background
Nanoparticle polymeric micellar paclitaxel (NPMP) is a novel Cremophor EL (CrEL)-free nanoparticle micellar formulation of paclitaxel. This study evaluated the efficacy and toxicity of NPMP in the treatment of patients with advanced gastric cancer (AGC).

Methods
Patients with histologically confirmed AGC in Jiangsu Cancer Hospital were retrospectively collected and divided into two groups. Patients in group A received NPMP at a total dose of 360 mg/m2 each cycle, and patients in group B were given paclitaxel at a dose of 210 mg/m2 each cycle. In addition, all patients received 5-fluorouracil at a dose of 0.75 g/m2 on days 1–4 and leucovorin at a dose of 200 mg/m2 on days 1–4 for at least 2 cycles.

Results
From January 2021 to May 2023, 63 patients (32 in group A and 31 in group B) could be evaluated for treatment response. A marked disparity in the overall response was observed between groups A and B, indicating statistical significance. The overall response rate was 31% in group A (10/32) and 10% in group B (3/31) (P = 0.034). Disease control rate was 91% in group A (29/32) and 81% in group B (25/31) (P = 0.440). No statistically significant difference in adverse reactions was observed between the two groups. However, the incidence of anemia, leucopenia, nausea, vomiting, diarrhea, liver dysfunction, and allergy in group A was notably lower than that in group B.

Conclusions
NPMP combined chemotherapy offers a new, active, and safe treatment for patients with AGC.
Social comparison of home appliance ownership and use and heterogeneous impact on electricity consumption: a case of apartment households in Korea
Authors: Park Jongmun , Yun Sun-Jin 
Published: April 2024

AbstractEfficient energy demand management in the residential sector must be designed based on a sufficient understanding of factors. This study focuses on apartments, a mainstream housing type in Korea. The combination of factor analysis and quantile regression analysis provides insight into the sociocultural meaning of home appliance ownership and use pattern and the differential impact on electricity consumption. The eight representative home appliances closely related to electricity consumption in the household sector are related to household composition, life cycle, economic ability, education, and occupation type. Additionally, the influence of home appliances on electricity consumption is not constant and is differentiated depending on the consumption level of each household. These attempts can provide customized information on specific housing type groups emerging in the future economic development and urban development process. In residential energy demand management, further segmentation and specification of the target and content of information provision will increase the effectiveness of policy achievement.
Attrition from Jail Reentry Program Increases Recidivism
Authors: Anderson Kevin , Medendorp William 
Published: April 2024

AbstractReentry programs represent an increasingly popular method to reduce recidivism for individuals exiting prison and jail systems throughout the United States. Most evaluations tend to focus on recidivism as the primary outcome of interest. Attrition, however, can function an important supplementary measure that complements recidivism outcomes. To demonstrate, we analyze a jail reentry program built around peer navigators serving as staff members that refer participants to necessary support services while also serving as a mentor to participants exiting jail. We use a combination of general linear models (GLMs), Mahalanobis distance matching (MDM), and panel regression to both predict attrition and compare recidivism outcomes between three attrition groups: program completers, program quitters, and matched controls. Participants that successfully completed the program did not avoid new convictions or reincarceration significantly more or less than matched controls. Participants that quit the program, however, saw significantly higher conviction and reincarceration rates compared to matched controls. The nuance added to our program evaluation by adding attrition as a differential factor is worth consideration by other reentry programs who may not be realizing the full picture of their results by presenting recidivism outcomes alone.
Investigation of the role of difficulty in emotion regulation in the relationship between attachment styles and binge eating disorder
Authors: Bekmezci Zehra , Çağatay Safiye Elif 
Published: April 2024

AbstractAttachment and emotion regulation affect various aspects of an individual’s life throughout the lifespan and into adulthood, and are known to be associated with various psychopathologies. Based on a review of the literature, attachment styles and the management of negative emotions have a significant role in the development and maintenance of Binge Eating Disorder (BED). Previous studies have found that insecure attachment styles increase the risk of developing BED, but the role of emotion regulation difficulties has not been assessed. The aim of the current study is to examine the role of emotion regulation difficulties in the relationship between insecure attachment styles and symptoms of BED. The sample of the current study consisted of 364 participants (238 females, 126 males) aged 18–65 years (M = 35.27, SD = 10.00) residing in different provinces of Turkey. Sociodemographic information form, Binge Eating Disorder Scale (BEDS), Difficulty in Emotion Regulation Scale-Short Form (DERS-16), and Inventory of Experiences in Close Relationships-2 were administered to the participants. The results of the present study showed that difficulties in emotion regulation played a mediating role in the relationship between symptoms of BED and avoidant and anxious attachment styles. The results of the current study highlight the importance of clinicians assessing attachment styles and emotion regulation difficulties, examining the interaction of these variables together, and providing interventions accordingly when faced with symptoms of BED.
Psychotherapies for the treatment of scrupulosity: a systematic review
Authors: Toprak Taha Burak , Özçelik Hanne Nur 
Published: April 2024

Abstract“Scrupulosity” is a common but understudied subtype of obsessive-compulsive disorder (OCD) characterized by religious obsessions and compulsions. Although scrupulosity is a common manifestation of OCD, it has not been adequately addressed in treatment studies. The aim of this study was to understand the conceptual nuances of scrupulosity, its diagnosis, the unique differences in conceptualization and interventions during its treatment, the specific tools needed to monitor the prognosis of the pathology, and the limitations of existing studies through a systematic review. Following PRISMA guidelines, a literature search was conducted, and 13 relevant studies were found in Google Scholar, Scopus, PubMed, EbscoHost + Ulakbim, Wiley Online Library, ScienceDirect, Taylor & Francis Online, and Web of Science databases. Two researchers independently rated the included articles using the MMAT and then met to compare the ratings. Disagreements were resolved through discussion and consensus was reached. There was a general lack of clarity in the conceptualization, diagnosis, and measurement of the severity of scrupulosity, and the content of religious or cultural interventions in the studies was not always clear. For future studies, further clarification, and systematization of the phenomenological features of scrupulosity and related epidemiological and empirical/experimental treatment research are needed.
Comprehensive analysis and prognostic assessment of senescence-associated genes in bladder cancer
Authors: Yang Ruilin , He Jieling , Luo Wenfeng , Xiang Renyang , Zou Ge , Zhang Xintao , Liu Huang , Deng Junhong 
Published: April 2024

Abstract
Background
The prevalence and mortality of bladder cancer (BLCA) present a significant medical challenge. While the function of senescence-related genes in tumor development is recognized, their prognostic significance in BLCA has not been thoroughly explored.

Methods
BLCA transcriptome datasets were sourced from the TCGA and GEO repositories. Gene groupings were determined through differential gene expression and non-negative matrix factorization (NMF) methodologies. Key senescence-linked genes were isolated using singular and multivariate Cox regression analyses, combined with lasso regression. Validation was undertaken with GEO database information. Predictive models, or nomograms, were developed by merging risk metrics with clinical records, and their efficacy was gauged using ROC curve methodologies. The immune response’s dependency on the risk metric was assessed through the immune phenomenon score (IPS). Additionally, we estimated IC50 metrics for potential chemotherapeutic agents.

Results
Reviewing 406 neoplastic and 19 standard tissue specimens from the TCGA repository facilitated the bifurcation of subjects into two unique clusters (C1 and C2) according to senescence-related gene expression. After a stringent statistical evaluation, a set of ten pivotal genes was discerned and applied for risk stratification. Validity tests for the devised nomograms in forecasting 1, 3, and 5-year survival probabilities for BLCA patients were executed via ROC and calibration plots. IC50 estimations highlighted a heightened responsiveness in the low-risk category to agents like cisplatin, cyclopamine, and sorafenib.

Conclusions
In summation, our research emphasizes the prospective utility of risk assessments rooted in senescence-related gene signatures for enhancing BLCA clinical oversight.
A dam or a polder? Stakeholders’ dispute over the “right” flood-protection measure in the Czech Republic
Authors: Andráško Ivan , Duží Barbora , Martinát Stanislav 
Published: April 2024

AbstractThis study focuses on the Skalička Waterwork (SWW), a largely debated and media-covered water-related/flood-protection project in the Czech Republic. Relying primarily on stakeholder interviews, we traced back and reconstructed the project’s development, including its key tipping points reflecting the changing societal preferences for particular measures, yet also the involvement of individual actors/stakeholders, and their differing views. The case eventually crystallized into the “dam versus polder” dispute; concerned by the repercussions for the local landscape, a joint initiative of NGOs, local activists, and politicians not only opposed the dam variant proposed by the state river basin administration but also succeeded in pushing through the alternative scheme of side dry polder. While in many ways specific (e.g. not entailing local resistance), the case exemplifies recent shifts (and respective struggles) within flood risk management, including the increasing importance attributed to complex, catchment-wide perspectives, joint local and scientific knowledge, participatory decision-making processes, or implementation of nature-based and hybrid solutions.
When enough is enough: Introducing sufficiency corridors to put techno-economism in its place
Authors: Bärnthaler Richard 
Published: April 2024

AbstractToday's ecological crises are entwined with inequality dynamics, yet prevailing techno-economic approaches in climate research and policy fall short in addressing the ecological crisis as distributional crisis. Recognising the limitations of techno-economism, focused on markets (price adjustments) and technology (efficiency gains), this contribution introduces sufficiency corridors as a concept, research field, and policy approach. Sufficiency corridors represent the space between a floor of meeting needs and a ceiling of ungeneralisable excess, i.e. within the sufficiency corridor everyone has enough (to satisfy needs) while no one has too much (to endanger planetary boundaries and need satisfaction). Establishing such corridors entails a process over time that continuously narrows the gap between floors and ceilings, lifting the former and pushing down the latter by strengthening forms of consumption and production that contribute to need satisfaction while shrinking those that do not. The article discusses the profound implications of this approach for how societal reality is reproduced and/or changed, highlighting the need for decisions that eliminate options between and within sectors and in the realms of consumption and production. After addressing questions of decision-making and the potential to realise corridors, the contribution concludes that the growing scientific consensus to complement techno-economic approaches with sufficiency measures remains inadequate. Instead, the possibility of a transformation by design hinges on embedding techno-economism within and subordinating it to a sufficiency framework.
Investigation of the effects of beam oscillations in electron beam–welded S1100M TMCP steel
Authors: Sisodia Raghawendra P. S. , Gáspár Marcell , Ghosh Sumit , Hodúlová Erika 
Published: April 2024

AbstractThe development of thermomechanically controlled processed (TMCP) high-strength steel (HSS) has significantly contributed to designing and developing the intricate structural components. It has broader applications in the cranes and lifting process industry (base frame, crane jibs, and crane columns), trailers, agricultural and forestry machinery, earth-moving equipment, etc. However, the development of new-grade steels with higher tensile strength led to higher requirements for welded joints, and the associated weldability issues have inspired detailed studies on electron beam welding (EBW) with different beam oscillations. Beam oscillation application with EBW processes improves the welding efficiency, weld quality, weld geometry, keyhole, etc., affecting the welded joints mechanical and microstructural properties. Thus, the present study investigates the impact and comparison of various beam oscillations on the microstructural and mechanical properties of EB-welded S1100M steel. The influence of welding parameters on the microstructure of welded joints was analyzed using a scanning electron microscope (SEM) and electron backscattered diffraction (EBSD). The analysis focused on evaluation of grain sizes, morphologies, distributions, and crystallographic orientations of different phase constituents in fusion zone (FZ) and heat-affected zone (HAZ). The mechanical properties were analyzed using hardness, tensile, and Charpy V-notch impact tests. The texture in the FZ is typically random, while the HAZ typically exhibits a strong rolling texture. In general, the cooling rate in EBW is very fast, possibly resulting in a fine-grained structure and reduced formation of coarse second-phase particles in the weld zone. The elliptical beam oscillation showed the highest hardness in HAZ 450 HV10. Elliptical beam oscillation slightly improves the welded joint’s tensile strength, and the impact test showed mixed fracture behavior.