bluuebunny/crossref_metadata_2025_split huggingface dataset:
Effect of RARC-ERAS nursing program on clinical outcomes in patients undergoing RARC surgery: a retrospective, propensity matching study
Authors: He Mang-mang , Zhou Zhen-feng , Yu Xiao-fen , Zhou Chun-cong 
Published: April 2024

AbstractCurrently, there is no specific perioperative nursing standard for RARC based on the ERAS concept. This retrospective study investigates to analyze the effect of RARC-ERAS nursing program on VTE and other clinical outcomes in patients undergoing RARC surgery. This retrospective study included 216 patients undergoing RARC surgery From January 1, 2022 to December 30, 2023, and propensity score adjustment analysis was applied. The study compares a control group receiving traditional nursing and an observation group receiving RARC-ERAS nursing program. Perioperative variables and other postoperative complications were retrieved from the hospital medical records. After propensity score matching, there were no significant differences in the demographic and clinical characteristics between the two groups (p > 0.05). The ERAS group exhibited aa significantly higher rate of postoperative unobstructed venous blood flow in the lower extremities by color Doppler ultrasound as compared to the control group (94.6% VS 80.4%, p = 0.042). Before anesthesia induction, lower preoperative anxiety and surgical information needs scores were observed in the ERAS group than in the control group (p < 0.05). Compared to the control group, the ERAS group demonstrated a shorter surgical duration, a lower incidence of perioperative hypothermia, less time needed for getting out of bed, anal exhaust, and for defecation after returning to the ward (p < 0.05). RARC-ERAS nursing program significantly increased the rate of postoperative unobstructed venous blood flow in the lower extremities by color doppler ultrasound, lower preoperative anxiety and intraoperative hypothermia in patients undergoing RARC. This nursing approach presents a valuable strategy for enhancing patient outcomes and merits further exploration in clinical practice.Trial registration:ChiCTR2400081118; http://www.chictr.org.cn, Principal investigator: Mang-mang He, Date of registration: Feb 22, 2024.
Highly dispersive optical solitons with differential group delay for Sasa-Satsuma equation having multiplicative white noise
Authors: Zayed Elsayed M. E. , Shohib Reham M. A. , Alngar Mohamed E. M. , Biswas Anjan , Yildirim Yakup , Jawad Anwar Ja’afar Mohamad , Alshomrani Ali Saleh 
Published: April 2024

AbstractThis paper is about the retrieval of highly dispersive optical solitons for Sasa-Satsuma equation with differential group delay in presence of white noise. There are four integration schemes that make this retrieval possible. A full spectrum of optical solitons have been revealed from these schemes. The parametric restrictions for the existence of such solitons are also presented. The displayed surface plots support the analytical findings.
Evaluating ASTER data and field spectrometry for lithological discrimination in semi-arid region, Northeast Kohat Plateau, Pakistan
Authors: Nouman Muhammad , Hanif Muhammad , SaleemUllah  , Shafique Muhammad 
Published: April 2024

AbstractThis study employs data of the Advanced Spaceborne Thermal Emission and Reflection Radiometer (ASTER) sensor to delineate and map the distribution of sedimentary lithologies in the semi-arid region of Kohat Plateau, Pakistan. False color composites (FCC) and various image transformation and enhancement techniques including the principal component analysis (PCA), minimum noise fraction (MNF), and band rationing (BR) were used successfully to differentiate four lithological classes. These lithologies include chemically/biochemically formed beds of the marine environment and detrital sequences of marginal marine to the riverine environment. FCC from original reflectance data, PCA, and BR techniques displayed more prominent lithological variation. To map the lithology and show the potential of ASTER data, field spectrometry over the barren lithologies was carried out. The end-member spectra from field spectrometry shows strong agreement with the pixels spectra from ASTER scene. The Spectral Angle Mapper (SAM) mapping method was then used to produce a classified lithological map, where the image pixels spectra proved more suitable reference, in comparison to the end-member spectra. The accuracy of the classified lithological map was evaluated based on field-based point data, which resulted an overall accuracy of 70% and a Kappa coefficient value of 0.679. Carbonates and evaporites showed relatively higher user and producer accuracies which are attributed to their topographic behavior and weathered scree over the adjacent rock unit. The final lithological map provided a clearer picture of surface geology where the existing geological maps lacked lithological continuity.
Making Deception Fun: Teaching Autistic Individuals How to Play Friendly Tricks
Authors: St. Clair Megan , Massoudi Kacie , Tarbox Jonathan , Najdowski Adel , Simchoni Lauri , Jackson Marianne , Persicke Angela 
Published: April 2024

AbstractPerspective taking is a critical repertoire for navigating social relationships and consists of a variety of complex verbal skills, including socially adaptive forms of deception. Detecting and being able to use socially adaptive deception likely has many practical uses, including defending oneself against bullying, telling white lies to avoid hurting others’ feelings, keeping secrets and bluffing during games, and playing friendly tricks on others. Previous research has documented that some Autistic1 children have challenges identifying deception and playfully deceiving others (Reinecke et al., 1997). The current study employed a multiple baseline across participants design to evaluate the use of multiple exemplar training, rules, modeling, practice, and feedback for teaching four Autistic children and adolescents to use deception to play friendly tricks on others. The procedure was successful for all participants, and generalization was achieved across novel, untrained tricks.
The Young Experts Symposium 2022 “Understanding Chinese Culture in the World”: reflections on a transgenerational and interdisciplinary exchange of thoughts
Authors: Bartosch David , Peng Bei 
Published: April 2024

AbstractThis first contribution to the special issue “Understanding Chinese Culture in the World” represents a philosophical proem regarding the format and general aim of the Young Experts Symposium 2022 (YES 2022), which was held online at Beijing Normal University, Zhuhai (China) and provided a platform for topics related to classical, modern, futuristic, and comparative perspectives on Chinese culture—across generations, cultures, and disciplines. Furthermore, it outlines the basic content of the six papers in this special issue that resulted from this event, including some basic information about the contributors.
Intellectual Development and the Core-Selective Evaluation Process: Gaining Insight and Understanding of Students with Specific Learning Disabilities
Authors: Schultz Edward Karl , Stephens Tammy , Olvera Pedro 
Published: April 2024

AbstractThe specific learning disabilities (SLD) identification literature is replete with competing narratives concerning the advantages and disadvantages of various techniques and methods. Until a widely accepted and empirically proven SLD identification methodology is universally supported, evaluators should seek to improve the existing alternatives. This article describes the value of using norm-referenced testing of intellectual development to comprehensively identify specific learning disabilities (SLD) as advocated by the Core-Selective Evaluation Process (C-SEP). To this end, we will define intellectual development and describe practices such as integrated data analysis and task demand analysis.
Staff Opinions on the Most Positive and Negative Changes in Mental Health Services During the 2 Years of the Pandemic Emergency in Italy
Authors: Magliano Lorenza , Papa Chiara , Di Maio Ginevra , Bonavigo Tommaso 
Published: April 2024

AbstractThis mixed-methods study investigated healthcare staff members’ opinions on the most positive and negative changes in mental health services (MHSs) during the 2-year COVID-19 pandemic emergency in Italy, and whether those changes differed by professional role and type of service. At the end of the national health emergency (March–April 2022), staff members from 17 MHSs completed the MHS Transformations Questionnaire, which includes a quantitative section with 30 multiple-choice items addressing positive changes and a qualitative section with two open-ended items on the most positive and negative changes. The 714 participants who responded to at least one open-ended item in the qualitative section formed the sample. Qualitative responses were categorised according to the textual content of the response and the themes of the quantitative section. Flexibility and Ability to Reinvent the Service was the subscale with the highest mean score. The most positive and negative changes fell into the following categories: practices (49.1 and 39%), organisation (34.5 and 36.9%), teamwork values (45.0 and 34.5%), and relationships with users and their families (31.9 and 40.6%). The most positive changes differed by type of service (i.e. in the relationship with users and their families category) and by professional role (i.e. in the practices and relationship with users and their families categories), whereas the most negative changes differed by type of service (i.e. in the practices category). The results may elucidate the complex experiences with the COVID-19 pandemic in MHSs and reveal lessons to be considered in post-pandemic service planning.
Influence of part temperature on in-situ monitoring of powder bed fusion of metals using eddy current testing
Authors: Spurek Marvin A. , Spierings Adriaan B. , Lany Marc , Revaz Bernard , Santi Gilles , Wicht Jonatan , Wegener Konrad 
Published: April 2024

AbstractPowder bed fusion of metals (PBF-LB/M) is currently the most widely adopted additive manufacturing technology for the fabrication of metal parts. However, the inconsistent quality of PBF-LB/M-manufactured parts and high costs for part certification are impeding wider industrial adoption. In-situ monitoring technologies are expected to enable process control in order to ensure consistent quality, and to replace some of the post-process inspection steps, therefore, reducing part certification costs. Eddy current testing (ECT) is a standardized nondestructive testing technique, which can be used as an in-situ monitoring technology to measure the part quality during the PBF-LB/M build cycle. However, the process-induced complex temperature fields in PBF-LB/M parts during the build cycle are among the most relevant disturbances due to the temperature dependence of the electrical conductivity. This study investigates the process-induced temperature influence on in-situ monitoring of relative density using ECT. Parts made from AlSi10Mg were manufactured on a PBF-LB/M machine and the build cycle was monitored using ECT and an infrared camera, which was used to extract the part surface temperature right before the ECT measurement. The results demonstrate that the temperature increase of the parts during the build cycle decreases the electrical conductivity independently of the relative part density, which was measured via micro-computed tomography. Therefore, a temperature compensation method was proposed and applied demonstrating that a layer-to-layer difference of 0.15 % relative density can be detected via ECT. Consequently, it has been demonstrated that ECT is an effective in-situ monitoring technology for PBF-LB/M, even in the presence of temperature disparities within parts.
Characterization of flexural fatigue behaviour of additively manufactured (PBF–LB) gyroid structures
Authors: Schultheiß Garvin , Heine Burkhard , Merkel Markus 
Published: April 2024

AbstractAdditive manufacturing (AM) holds remarkable potential for producing cellular materials with intricate structures and tailored mechanical properties. The study investigates the flexural fatigue behaviour of additively manufactured triply periodic minimal surface (TPMS) gyroid structures using laser powder bed fusion (PBF–LB) technique. The fatigue properties, especially the bending fatigue properties, of additively manufactured cellular structures are not well understood to date. The research aims to enhance understanding of bending fatigue in complex cellular geometries and assess the suitability of rotating bending tests. The PBF–LB process parameters were modified to study their impact on the specimen’s fatigue properties. The modified parameters led to increased surface roughness but significantly improved fatigue behaviour. This enhancement is attributed to a reduction in build defects, namely pores and finer grain size in thin-walled structures. The study also includes analysis of microstructure, hardness, surface roughness, and porosity of the specimens. The results indicate that optimizing process parameters for thin walled cellular structures can lead to substantial improvements in fatigue strength, at the expense of increased surface roughness. This finding offers practical insights for applications in which a rough surface finish may not be critical or even intentionally desired by the application. The research contributes to the understanding of additive manufacturing, cellular structures, and material testing, with potential implications for materials science and engineering applications.
Combining 3D printing and injection moulding for the fabrication of polymer micro-components with internal hollow features
Authors: Farrugia Jeremy , Vella Pierre , Rochman Arif 
Published: April 2024

AbstractThere is a need to cost-effectively produce polymer components with meso/micro-scale internal geometries with high replication accuracy without the use of post-processing steps. A possible process chain to produce such polymer components with internal hollow features is by combining the 3D printing (3DP) and micro-injection moulding (MIM) processes. To date, no studies were carried out to explore the feasibility of such a process chain. Consequently, this experimental study investigated the use of the 3DP lost-cores that are over-moulded using the MIM process. The first step involved the production of lost-core from a soluble polymer material where three different materials were studied: two filament-based materials (Xioneer VXL130 and AquaSys180) and one resin-based material (IM-HDT-WS). The filament-based materials were printed on an Ultimaker S5 (filament fused fabrication) and the resin-based material was printed using an Asiga Max X27 (digital light processing). In the second step, the lost core was then over-moulded with polymethyl methacrylate (PMMA) using the MIM process. After demoulding, the internal core was then dissolved using the respective dissolution method of each material to achieve a part with meso/micro scale internal features. Investigations carried out at the different stages of the process chain revealed that the best dimensional accuracy was achieved when using the IM-HDT-WS material in the 3DP of the lost-cores and their subsequent over-moulding to form the case study part internal geometry. In particular, the dimensional analysis of the replicated IM-HDT-WS lost-core geometries onto the over-moulded PMMA revealed a difference of 0% in diameter and − 3.17% in bifurcation angle of the Y1.6 channel and a difference of + 4.88% in diameter and + 11.48% in bifurcation angle of the Y0.8 channels when compared to the respective 3DP core dimensional values prior to encapsulation. However, dissolution tests revealed that the filament-based material, the Xioneer VXL130, achieved a dissolution rate of 3.5 and 4.5 h for the Y1.6 and Y0.8 channel, respectively, which was marginally faster than that of the IM-HDT-WS.
Combining Local Knowledge with Object-Based Machine Learning Techniques for Extracting Informal Settlements from Very High-Resolution Satellite Data
Authors: Alrasheedi Khlood Ghalib , Dewan Ashraf , El-Mowafy Ahmed 
Published: April 2024

AbstractThe classification of informal settlements using very high-resolution (VHR) satellite data and expert knowledge has proven very useful for urban planning. The objective of this work was to improve the accuracy of informal settlement classification within the city of Riyadh, Saudi Arabia. The analysis incorporated the use of expert knowledge (EK). Twenty unique indicators relevant to informal settlements were identified by experts familiar with these areas, and incorporated into the image classification process. Object-based image analysis (OBIA) was then used to extract informal settlement indicators from a VHR image. These indicators were used to classify the image utilising two machine learning (ML) algorithms, random forest (RF) and support vector machine (SVM) methods. A VHR image (e.g., Worldview 3) of the city was employed. A total of 6,000 sample points were randomly generated, with 1800 used for training the VHR image. The classification process was able to clearly distinguish the formal settlement areas from informal areas, road networks, vacant blocks, shaded areas, and vegetation features. The object-based RF technique provided an overall accuracy of 96% (kappa value of 95%), while OB-SVM provided an accuracy of 95% (kappa of 91%). The results demonstrated that object-based ML methods such as RF and SVM, when combined with EK, can effectively and efficiently distinguish informal settlements from other urban features. This technique has the potential to be very useful for mapping informal settlements.
Cognitive Behavioral Therapy in Saudi Arabia: A Scoping Review on Training, Practice, and Research
Authors: AlHadi Ahmad N. 
Published: April 2024

AbstractAn evidence-based intervention for many psychiatric and health problems, cognitive behavioral therapy originated in the West before being disseminated globally. While Saudi Arabia is unique, in that it is at the heart of the Islamic world, it is similar to most other countries in that mental disorders are common. Nonetheless, few studies have examined cognitive behavioral therapy in Saudi Arabia. In this scoping review, cognitive behavioral therapy training, practice, and research in Saudi Arabia were explored by searching several English and Arabic databases. Various education and training programs were outlined. Moreover, cognitive behavioral therapy practice in Saudi Arabia in public and private settings was discussed. Published studies were grouped by themes into attitudes toward CBT, adaptation, and effectiveness. Recommendations for improvement are also discussed.
Hydrochar stability: understanding the role of moisture, time and temperature in its physiochemical changes
Authors: Marzban Nader , Libra Judy A. , Ro Kyoung S. , Moloeznik Paniagua Daniela , Rotter Vera Susanne , Sturm Barbara , Filonenko Svitlana 
Published: April 2024

AbstractLimited information is available about potential physicochemical changes that can occur in hydrochar post-production, e.g. during drying and storage. Understanding these changes is crucial not just for shaping future research plans, but also for future practical applications. Here we studied the effect of moisture (69.2% and 2.4%) and three storage temperatures (− 18, 4, and 20 °C) over a year on selected organic and inorganic compounds in hydrochar produced from the Hydrothermal carbonization (HTC) of digested cow manure. Comparison of the control wet hydrochars (WHs) and dry hydrochars (DHs) showed changes in organic compound composition due to drying. Overall, the total amount of the selected organic compounds was notably greater in WH (15.2 g kg−1 DM) compared to DH (11.8 g kg−1 DM), with variations observed in individual compound concentrations. Drying, however, had no significant influence on the identified inorganic compounds. Storage caused significant changes in both WH and DH, particularly in organic compounds after 12 weeks. Sugars (2–sevenfold), acids (36–371%), and aromatics (58–120%) in stored samples at week 52 were significantly higher than their control values. Changes in the inorganic elements (e.g., Co, K, Mg, Mn, P, S, Sr, and Zn) occurred faster in WH, with significant differences starting from week 1 compared to their control values, while DH showed fewer changes. Based on these changes in both organic and inorganic content, we recommend the optimal storage conditions for future HTC studies to preserve hydrochar properties. Finally, we discussed potential applications for stored hydrochars, with DH showing greater stability, especially at − 18 °C, making it suitable for various applications.
Graphical Abstract
The geologic configuration of the Zagros Fold and Thrust Belt: an overview
Authors: Sembroni Andrea , Reitano Riccardo , Faccenna Claudio , Callieri Pierfrancesco 
Published: April 2024

AbstractThe Zagros Fold and Thrust Belt (ZFTB) is an outstanding orogen running from eastern Turkey to the Makran area. It is formed as a consequence of the convergence between the Arabian and the Eurasian plates that occurred in the Neogene. This still active and long-lasting process generated a topographic configuration dominated by a series of parallel folding structures which, at places, isolate internal basins. The topographic configuration has, in turn, profoundly influenced the river network evolution, which follows a trellis pattern with the main valleys developed in the synclines and rivers that occasionally cut into anticlines. The peculiar climate, characterised by arid and semi-arid conditions, makes most of the rivers ephemeral, alimented only by short rainfall events. For this reason, the sediments are transported over short distances and deposited in huge alluvial fans. Although the Zagros is one of the most studied belts in the world, its tectonic evolution is far from being fully understood. Debated, for example, are the beginning of collision, the primary deformation mechanism, the evolution of the drainage system, the formation process of the alluvial fans, and the interrelations between landscape, tectonics, and climate. This paper, focusing on the geodynamic, geological, stratigraphic, and topographic configuration of the Zagros belt, is intended to be a compendium of the most up-to-date knowledge on the Zagros and aims to provide the cognitive basis for future research that can find answers to outstanding questions.
Marked by a Criminal Record? Socioeconomic Differences in the Relationship Between Early Criminal Justice Contacts and Adult Life Outcomes
Authors: Andersen Synøve Nygaard 
Published: April 2024

AbstractThis paper combines life course theory and empirical research on the collateral consequences of punishment as a backdrop to exploring the relationship between both the presence of and seriousness of a criminal record measured in early adulthood (age 25) and later life outcomes (ages 41-49), both in total and by socioeconomic status. The analysis relies on a combination of longitudinal survey data and administrative register data for 2,022 individuals who were between 12 and 20 years old when the data collection started. Results show that the criminal record is linked to both labor market and social exclusion later in life, but most systematically to (worse) labor market outcomes. Somewhat surprisingly, low SES seems to “buffer” against some of the unwanted outcomes linked to having a more serious criminal record, while high SES seems to “boost” others. Implications for future research on both deviance and stratification are discussed.