bluuebunny/crossref_metadata_2025_split huggingface dataset:
Charting the evolutionary conceptual pathway of analytic network process research: A main path analysis
Authors: Vílchez‐Román Carlos , Florek‐Paszkowska Anna , Mu Enrique 
Published: August 2024

AbstractThis study delves into the flow and structure of knowledge prevalent in Analytic Network Process (ANP) literature. It traces the evolutionary pathway of ANP research, spotlighting seminal works and unfolding the development of topics over time. Analysing 4583 ANP literature records from 1986 to 2022, this research utilizes two pivotal data sources: Web of Science (WoS) and Dimensions. This main path analysis (MPA) approach is coupled with techniques such as citation analysis, social network analysis, and centrality measures to identify most influential papers, as well as using a search path algorithm (SPC) to provide higher weights to papers that serve as bridges connecting different research paths rather than simply counting all citations equally. Key works emerged as focal points in both datasets, including notable contributions from Lee, Kheybari and Büyüközkan, with the Dimensions dataset uniquely highlighting Saaty as the initial conceptual knowledge source of the ANP. The centrality measures unearthed persistent bridge roles undertaken by key contributors such as Saaty and Sarkis over different time periods. Furthermore, a detailed topic analysis discerned eight distinctive thematic clusters among the two data sources: analytical network process, network process, fuzzy analytic, evaluation laboratory, supply chain, quality function, hierarchy process, and information systems. These clusters emerged, providing a comprehensive map of ANP topics and their evolution. The study offers a comprehensive framework for scholars to navigate the expansive domain of ANP research. Identifying pivotal works and emergent themes provides direction for future research endeavours. It allows practitioners to gain invaluable insights into the foundational and transformative works in the ANP realm, enhancing their understanding and application of the methodology. This paper proposes of a dual methodological strategy: First, by using traditional academic data sources (WoS) along with a more encompassing Dimensions database; and second, by using a SPC algorithm to weight MPA papers based on their connecting role among different research paths. At the discipline level, this study carves out a novel vantage point in understanding the ANP research landscape. It offers an integrated portrayal of the field's conceptual evolution, identifying specific cluster topics as an indispensable resource for scholars, practitioners, and students.
Failure mechanism of fully grouted rock bolts subjected to pullout test: Insights from coupled FDM‐DEM simulation
Authors: Zhao Hongyan , Duan Kang , Zheng Yang , Zhang Qiangyong , Zhang Longyun , Jiang Rihua , Zhang Jinyuan 
Published: August 2024

AbstractFully grouted rock bolts are widely used in mining, tunneling, and pit support, and thus the study of their anchorage performance is beneficial for optimizing the anchorage system design. In this study, an FDM‐DEM coupled numerical model is established to simulate the whole process of rock bolt pullout test and to investigate the failure mechanism of fully grouted rock bolts. The accuracy of the model is verified by comparison with existing laboratory test results. Virtual experiments are conducted on different models by eliminating the anchor plate, changing the layered rock strata condition, and adding bolts. The results show that the presence of an anchor plate will reduce tensile stress to restrain the rupture of surrounding rock and thus improve the strengthening effect. Due to the different bond strength and tensile strength of the soft and hard rock mediums, the layer sequence of the rock strata affects the maximum pullout force. The upper‐soft and lower‐hard composite rock strata (S‐HCR) exhibits single‐cone damage while the upper‐hard and lower‐soft composite rock strata (H‐SCR) exhibits double‐cone damage. The superposition effect of the anchor group on the stresses and displacements is the reason leading to the reduction of the maximum load‐bearing capacity of the rock bolts.
The impact of economic crisis, COVID‐19, and the Beirut Blast on colorectal cancer patients in Lebanon: A trend to operate more late‐stage complex cases
Authors: Osseis Michael , Habib Farid Abi , Al Rachid Maria , El Hadi Christopher , Kazan Daniel , Mouawad Christian , Chakhtoura Ghassan , Noun Roger 
Published: August 2024

AbstractBackgroundThe convergence of the economic crisis, COVID‐19 pandemic, and Beirut Blast has precipitated unprecedented challenges for the healthcare system in Lebanon, particularly for cancer patients. Amidst these crises, our study evaluates its contribution to a concerning trend of operating on more late‐stage and complex colorectal cancer (CRC) cases.MethodsWe included 155 patients operated for CRC between 2017 and 2023. Patients age; sex; operation type (emergency or elective); tumor size, grade, and location; tumour, node, metastasis stage; lymphatic, vascular and perineural invasions; American Society of Anesthesiologists (ASA) score, presentation and previous history, and complications were examined.ResultsSurgical outcomes remained relatively consistent before and after the crisis. However, there was a notable increase, with patients being 3.59 times more likely to undergo resection of adjacent organs in metastatic disease post‐crisis. Patient characteristics also exhibited notable shifts, with a 9.60‐fold increase in the likelihood of having an ASA score of at least 2 after the crisis. Additionally, there was a 5.36‐fold decrease in the odds of patients undergoing a colonoscopy before their diagnostic one post‐crisis. Preoperative carcinoembryonic antigen levels were significantly elevated post‐crisis compared to pre‐crisis levels. Pathological findings revealed increased odds of perineural, vascular, and lymphatic invasion post‐crisis. Additionally, there was a notable increase in the likelihood of hepatic synchronous metastases post‐crisis. Furthermore, a trend to operate on complicated diseases was noted with an increased number of colostomies.ConclusionThe economic crisis in Lebanon has profoundly affected early intervention and comprehensive treatment for CRC patients, resulting in a concerning rise in late‐stage cases requiring surgical intervention.
Äußere Übersetzungsgeschichte I: Kontexte zweiter Ordnung
Authors: Mueller Nicole Marion 
Published: August 2024

ZusammenfassungDas dritte Kapitel thematisiert die äußere Übersetzungsgeschichte von Tonio Kröger in Japan anhand abstrakterer Einflusskontexte zweiter Ordnung, die die Übersetzungsaktivitäten eher mittelbar prägen. Den Betrachtungsschwerpunkt bildet eine umfassende Darstellung zum kyōyōshugi-Bildungsideal und seinen Auswirkungen auf die Rezeption, wobei erst Kerncharakteristiken von kyōyōshugi vorgestellt und dann zu Thomas Mann und zur Erzählung Tonio Kröger in Beziehung gesetzt werden. Anschließend werden die historische Entwicklung und die Spezifik des japanischen Übersetzungsdenkens skizziert und der historische Verlauf der japanischen Thomas Mann-Rezeption im Abgleich mit der internationalen Rezeption chronologisch nachvollzogen.
Innere Übersetzungsgeschichte: Tonio Kröger zwischen Konsens und Abgrenzung
Authors: Mueller Nicole Marion 
Published: August 2024

ZusammenfassungDas fünfte Kapitel erschließt durch Implementierung des in Kapitel 2 bereits vorgestellten Analyseverfahrens erstmalig die innere Übersetzungsgeschichte der Erzählung Tonio Kröger in Japan, indem die Ähnlichkeits- und Einflussbeziehungen zwischen den unterschiedlichen Übersetzungsvarianten mithilfe eines digitalen Themenmodells quantifiziert werden. Dabei werden die vier Schritte des Analyseverfahrens samt den jeweiligen Ergebnissen in Teilkapiteln vorgestellt, die von der quantitativ untersuchten Skalierungsebene der Gesamttexte über Topics, Topic-Paare und Absatzdokumente bis hin zur qualitativen Analyse ausgewählter Übersetzungstokens führen.
Innere und äußere Übersetzungsgeschichte im Dialog
Authors: Mueller Nicole Marion 
Published: August 2024

ZusammenfassungIm sechsten Kapitel werden die Ergebnisse der relationalen Analyse von Einfluss- und Ähnlichkeitsbeziehungen zwischen den Tonio Kröger-Übersetzungstexten mit den zuvor skizzierten historischen Phasen der japanischen Thomas Mann-Rezeption abgeglichen. Anschließend werden die Erkenntnisse zur äußeren und zur inneren Übersetzungsgeschichte zu Profilen der Texte und der Übersetzenden zusammengeführt.
Energy identity for the incompressible Cahn–Hilliard/Navier–Stokes system with non–degenerate mobility
Authors: Georgiadis Stefanos 
Published: August 2024

AbstractWe consider the Cahn–Hilliard/Navier–Stokes system with non–degenerate mobility in the space–periodic case, describing the flow of two viscous immiscible and incompressible Newtonian fluids with matched densities. We identify sufficient conditions on the velocity field for weak solutions to satisfy an energy identity, improving previous results on the literature.
Characterisation of the Decoring Behaviour for Furan Resin Bonded Sands Using DEM Simulation
Authors: Berbić Mirnes 
Published: August 2024

AbstractSand cores and moulds form the inner and outer structures of casting parts with tolerances of up to a few tenths of a millimetre. These must fulfil two complementary characteristics. During casting, they must withstand the high thermal and mechanical loads and subsequently disintegrate without leaving any residue. The production of these mostly organically bonded cores and moulds is done with conventional manufacturing processes, such as core shooting, or what is becoming increasingly more important for foundries, using 3D printing. In order to better understand this complex disintegration behaviour of these different core types and thus minimise the enormous energy input for their removal, a suitable simulation model based on discrete element methods (DEM) is considered as a tool to describe and further analyse the prevailing complex interactions in more detail. This contribution discusses the characterisation of furan resin bonded sand cores/parts, presenting various test apparatuses designed for this purpose, and outlines the foundational setup and definition of bonded-particle models (BPM) to be used as breakable structures in respective DEM simulations.
Seasonal Variations and Controls on Triple Oxygen and Hydrogen Isotopes in Precipitation—A Case Study From Monitoring in Southwest China
Authors: Liang Qi‐Sheng , Sha Li‐Juan , Li Jun‐Yun , Zhang Jian , Wang Xue‐Jie , Zhou Shi‐Lun , Lin Fang‐Yuan , Xue Yan‐Xia , Duan Rong , He Ya‐Ting , Li Hua‐Yan , Wang Chen‐Yi , Liu Bao , Hou Yong‐Kang , Chen Chao‐Jun , Cheng Hai , Li Ting‐Yong 
Published: August 2024

AbstractPrecipitation δ18O has offered valuable insights into the evolution of the Asian monsoon. Recent researches focusing on precipitation Δ′17O has enhanced our understanding by offering new perspectives beyond those of δ18O, revealing insights into vapor sources and continental recycling. Nevertheless, there remains a lack of interannual triple oxygen isotope data, particularly in the Asian monsoon region. In this study, we analyzed the triple oxygen isotopes and hydrogen isotopes in monthly precipitation samples collected from Chongqing in Southwest China between 2019 and 2022 A.D. Seasonal variations in δD, δ18O, δ17O, and d‐excess values were observed, with lower values during the rainy season and higher values during the dry season, highlighting the impact of changes in moisture sources and local meteorological conditions on seasonal shifts in δD, δ18O, and δ17O. While, mean Δ′17O values were higher in rainy season and lower in dry season. Notably, during rainy season, there is a negative correlation between monthly Δ′17O values and the RH of the vapor source area, as well as a positive correlation with d‐excess. Recalculated Δ′17O values based on RH of oceanic moisture source, are higher than the measured values for this period, indicating the contribution of terrigenous moisture to precipitation in SW China. Precipitation Δ′17O values provide a more precise reflection of changes in moisture source, continental recycling, and evapotranspiration processes that drive water cycling compared Integrating modeling works in future will facilitate the use of precipitation Δ′17O values to quantify the impact of different moisture source on precipitation.
Projection of Low Cloud Variation Through Robust Meteorological Linkage and Its Comparison With CMIP6 Models at the SACOL Site
Authors: Li Yize , Ge Jinming , Du Jiajing , Peng Nan , Su Jing , Hu Xiaoyu , Zhang Chi , Mu Qingyu , Li Qinghao 
Published: August 2024

AbstractLow clouds significantly influence Earth's energy budget by reflecting solar radiation. Consequently, inadequate representation of these clouds in models introduces the largest uncertainty in predicting future climate change. This study investigates low cloud cover (LCC) variation using 6 years (2014–2019) of high‐precision ground‐based Ka‐band Zenith Radar (KAZR) observations at the Semi‐Arid Climate and Environment Observatory of Lanzhou University (SACOL). We analyze the relationship between observed low cloud properties and four large‐scale meteorological factors: 700 hPa relative humidity, estimated inversion strength, low‐level wind shear, and 700 hPa vertical velocity. These factors are identified as key parameters influencing low cloud evolution over this semi‐arid region. We utilize principal component analysis to integrate these parameters into a single meteorological predictor (PC1) and establish a robust linkage between meteorological conditions and low cloud properties. By comparing LCC fluctuations derived from the meteorological factors with those directly simulated by models over the same period, we assess the projected LCC trends under various carbon emission scenarios. Contrary to the declining LCC projected by CMIP6 models outcomes, the LCC form PC1 shows a rising tendency by 2100 under global warming. This discrepancy implies that CMIP6 models may exaggerate the extent of future warming at the SACOL site. Our approach can be applied to a broader global distribution of low clouds to examine the differences between low cloud variations constrained by meteorological fields and those from direct model simulations. This will enhance our understanding of low cloud feedback on future climate change.
Insights into aging mechanisms from comparative genomics in orange and silver roughies
Authors: Carrero Dido , Pascual-Torner Maria , Álvarez-Puente Diana , Quesada Víctor , García-Gómez Claudia , López-Otín Carlos 
Published: August 2024

AbstractThe demersal fish orange roughy (Hoplostethus atlanticus) can live for up to 250 years, twenty times more than its congener silver roughy (Hoplostethus mediterraneus). Studies of Hoplostethus have focused mainly on its ecology and conservation due to its vulnerability to commercial fishing. In this work, we present the de novo genomes of orange and silver roughies and explore the genomic mechanisms that could contribute to such differential longevities. Using comparative genomics on a list of more than 400 genes, we identified gene candidates with differential residue changes in Hoplostethus that are related to genomic instability, disabled macroautophagy and intercellular communication. We hypothesized that these mechanisms could have been selected as adaptations to the deep environment and, as an epiphenomenon of these mechanisms, may have contributed to an extension of the lifespan of H. atlanticus.
Bodenhaftung durch Wurzelöle
Authors: Zimmermann Eliane 
Published: August 2024

SummaryMit ihren besonderen Inhaltsstoffen und eigenwilligen Düften vermitteln ätherische Wurzelöle insbesondere „verwurzelnde“, beruhigende und haltgebende Eigenschaften. Das schlaffördernde Öl des „unverwüstlichen“ tropischen Süßgrases Vetiver gilt mit einem der schwersten bekannten Pflanzendüfte als „Holzhammer der Aromatherapie“, während das kostbare, aufwendig gewonnene Öl der Iriswurzel Trost bei Verlust spendet und Prostatabeschwerden lindert. Das schützende Öl der Engelwurz (Angelika) dient als Kraftöl zur Rekonvaleszenz bei Infekten und Burnout, aber auch bei chronischen Schmerzen, Entzündungen und als Nasenbalsam.
Wurzel mit Riechfunktion
Authors: Corts Magga 
Published: August 2024

SummaryDysfunktionen der Nasenwurzel und angrenzender Strukturen können zu Riechstörungen führen. Eine Ursache für Dysfunktionen der Nasenwurzel können Traumata wie Überdehnung, Ausriss und Durchtrennung sein. Osteopathische und weitere Behandlungstechniken dienen unter anderem der Befreiung der Suturen, Anregung der Mikrozirkulation und der Lösung intraossärer Kompressionen.
A LoRa-based safety monitoring system for hydrogen compressed natural gas (HCNG)
Authors: Wang Wenbo , Niu Pingjuan 
Published: August 2024

Abstract
Hydrogen compressed with natural gas pipeline for gas mixture delivery is an effective way to realize large-scale, low-cost delivery of hydrogen. The Internet of Things (IoT) technology is one of the important supporting technologies for smart energy transformation, and the low power wide area network (LPWAN) represented by LoRa will play a key role. In this paper, a LoRa-based hydrogen compressed natural gas safety monitoring system is designed, which can collect, transmit, and analyze multiple types of data, such as ambient temperature and humidity, gas concentration, pipeline and equipment vibration, etc., and store the data and configure the alarm thresholds through the cloud server, and finally complete the real-time safety monitoring in the application layer. The system is characterized by high efficiency, high precision, low power consumption, and intelligence, which will have a positive effect on the safe transportation of hydrogen.
Optimizing the performance of Inverted FASnI3-based perovskite solar cells by device simulation
Authors: Xu Zhiqi , Qin Qi 
Published: August 2024

Abstract
The tin-based PSCs (perovskite solar cells), with low toxicity and excellent photovoltaic properties, offer a promising solution to lead environmental pollution and toxicity issues, emerging as a strong substitute for environmentally friendly lead-free PSCs. However, tin-based PSCs still face significant challenges in terms of low power conversion efficiency and poor long-term stability. Therefore, in-depth research on tin-based PSCs is required to further enhance their performance. In this study, we utilize SCAPS-1D to simulate the currently efficient inverted FASnI3-based PSCs and determine the PSCs device parameters that are as close as possible to the results in published experiments. The simulation results indicate that the parameter adjustment of the absorption layer plays a vital role in the inverted device. Those parameters are thickness, defect density, and doping concentration. Similarly, parameter variations of other layers (parameters such as electron affinity, thickness, and doping concentration) and interfaces (parameters are defect density at different interfaces) are considered. We achieve a final optimized simulated device power conversion efficiency of 18.219%. This research aims to contribute to the future development of inverted FASnI3-based PSCs.
Study on the mechanical properties of micropore organic polymer membranes
Authors: Liu Jianxin , Kang Tingshuo , Yu Hualong , Li Xiang , Zhang Xiaolei , Deng Xiaoqing 
Published: August 2024

Abstract
Micropore organic polymer membranes are indispensable for membrane filtration with well-established selectivity and permeability. Pressure-driven conditions in harsh acidic or alkaline environments can influence the mechanical properties of these materials. Diminished mechanical properties may include a shortened membrane lifespan, reduced filtration effectiveness, and increased filtration cost. Understanding of the intricate mechanisms influencing the mechanical properties of organic polymer membranes remains incomplete. In this study, a comprehensive investigation was carried out to characterize the mechanical properties of different membrane materials with similar and varying pore size parameters. The influence of different methods of membrane preparation on the mechanical properties of these materials was also explored. Results showed that the PTFE membranes demonstrated excellent Young’s modulus and tensile strength, while PVDF membranes excelled in elongation at break. Organic filter membranes prepared by the phase transition method exhibited a more structured fiber filament arrangement, a smoother surface, reduced crack formation and extension, and uniform pore size and distribution when compared to materials prepared using the tensile method. The results of this study expanded our understanding of the factors that can influence the mechanical properties of organic filtration membranes.
Quantitative analysis of pA66/PA6 blend by pyrolysis gas chromatography-mass spectrometry
Authors: Bai Qinghua , Zhang Yin , Luo Chuan , Ye Hailei , Wang Hao , Yuan Lifeng 
Published: August 2024

Abstract
A pyrolysis gas chromatography-mass spectrometry method using correction factor area normalization was applied for quantitative analysis of the PA66/PA6 blend ratio. The PA66/PA6 blend sample with known proportions was prepared. The pyro grams of the sample were obtained at the pyrolysis temperature of 600°C. The characteristic peaks-cyclopentanone and caprolactam of thermally decomposed polyester were selected as the peak to quantitatively determine the blending ratio. A correction factor of the characteristic ion peak area and corresponding mass was obtained and applied to quantitative analysis of the proportion of PA66/PA6 blends in the actual sample. The known content PA66/PA6 blend samples with different PA66/PA6 bending ratios were measured, the rate of recovery was from 96.5% to 106.4%, and the relative standard deviation (RSD) was from 0.8% to 7.6% (n = 3). The result showed that the Pyrolysis Gas Chromatography-Mass Spectrometry method is simple and convenient, accurate, which is suitable for the analysis of the PA66/PA6 blending ratio in the full range.
A device for real-time detection of gas generated from commercial lithium-ion cell
Authors: Hao Weijian , Liu Shaohui , Niu Pingjian , Ma Tianyi , Han Ce , Zheng Tianlei 
Published: August 2024

Abstract
Lithium-ion batteries generate a large amount of flammable and toxic gases under abuse conditions. Research on the detection methods of gas generation from batteries is of great significance for understanding the reaction mechanism of batteries under abuse conditions, assessing the impact of gas generation on the health of occupants, and developing safer battery products. However, there is a lack of research reports on the real-time gas production behavior of commercial batteries. In this paper, a device for real-time detecting the gas component of the cylindrical lithium-ion cell is designed. Combined with a gas mass spectrometer can implement the real-time detection of the gas component of the lithium-ion cell. The device is used to explore the gas generation characteristics of lithium-ion cells in the overcharged state, and the influence of the material system and the degree of aging on the results are analyzed, verifying the feasibility of the device.