bluuebunny/crossref_metadata_2025_split huggingface dataset:
Effect of Ash and Sulphate on Corrosion of Ni-Based Alloys in a Simulated Oxyfuel Combustion Environment
Authors: Xi Xuteng , Zhang Jianqiang , Young David J. 
Published: August 2024

AbstractAlloys of Ni–25Cr–(2Mn–1Si) under mixed deposits of ash + (0, 10, 50 and 90) wt% sulphate were exposed to an Ar–60CO2–20H2O gas at 650 and 750 °C for up to 300 h, forming both protective chromia and regions of Ni-rich oxide. The presence of ash + sulphate mixtures improved Ni–25Cr alloy protection, increasing surface coverage by thin, protective chromia compared with the deposit-free condition. Increasing sulphate proportions in these mixtures led to an accelerated chromia scale growth and reduced internal oxidation zone (IOZ). These beneficial effects were more significant at 750 °C, where surface coverage by the protective scale was increased, and a chromia band was formed beneath nonprotective regions at the IOZ-substrate interface. Alloy additions of Mn and Si generally slowed the growth of outer NiO and IOZ but did not lead to exclusive chromia scale formation.
Development and validation of a national clinical pharmacy competency framework for hospital pharmacists in Austria: a multi-method study
Authors: Stoll J. T. , Böhmdorfer-McNair B. , Jeske M. , Weidmann A. E. 
Published: August 2024

Abstract
Background
Despite the publication of a European wide competency framework for hospital pharmacy by the European Association of Hospital Pharmacist (EAHP) in 2017, not all countries have adopted and implemented such a framework.

Aim
This study aimed to develop and validate a bespoke national hospital pharmacy competency framework for Austria that supports the hospital pharmacy workforce development.

Method
A multi-method study was carried out in three phases. (I) A systematic literature review across 48 websites of healthcare-related associations and six scientific databases was conducted, identifying competency frameworks, guidelines and related documents. (II) Extracted behaviour competencies were reviewed for contextual national appropriateness by three researchers prior to mapping against the “Patient Care and Clinical Pharmacy Skills” domain of European Common Training Framework (CTF). (III) Validation of the resultant draft clinical skills competency framework took place by an expert panel (n = 4; Austrian Association of Hospital Pharmacists (AAHP) board members) discussion. Reporting of findings is aligned with the recommendations for reporting Competency Framework Development in health professions (CONFERD-HP guidelines) and the PRISMA 2020 checklist.

Results
The systematic review (SR) resulted in 28 frameworks, guidelines and related documents and the identification of 379 behaviour competencies, with nineteen mapped to the “Patient Care and Clinical Pharmacy Skills” domain of the CTF (after removal of duplicates). Expert panel discussion resulted in suggested changes to ensure contextual national appropriateness.

Conclusion
This study resulted in the development and validation of the first clinical national pharmacy competency framework for Austria. Future studies should focus on political and practical structures necessary for its successful implementation.
Visions of peace: Exploring how Scottish youth understand and define peace
Authors: Nesterova Yulia , Anderson Sarah K. 
Published: August 2024

Abstract
In this article, we report on a study that explored how young people in Scotland understand and define peace. A total of 59 young people aged 12–18, from three schools (independent, state Roman Catholic, and state non-denominational) participated in this study. The young people were asked to participate in a peace data walk and, after that, to draw or paint pictures of what peace means for them in their local community and beyond. We utilize a combination of Personal Meaning Mapping, visual content analytic procedures, and visual art coding scheme to analyse the pictures. We drew on Critical Peace Education as an overarching framework to approach data collection and on the Peace Education Curricular Analysis framework to examine the presence of positive peace elements in youth drawings/paintings. Previous research in different contexts suggests that youth find it difficult to conceptualize peace, whereas it appears to be easy to explain war and negative peace (i.e., absence of war). Previous research conducted in Scotland showed that the curriculum focused on the element of wellbeing, with many other positive peace elements being either absent or not well represented. By contrast, youth in our study showed a strong understanding of positive peace, with a particular emphasis on the following facets: peace zone, eco mind, wellbeing, peace bond, and social justice. In our conclusion, we discuss these findings in relation to Scottish education policies and ways of capitalizing on this method of engagement and overall findings to support youth learning about peace.
Examining the merits of feature-specific similarity functions in the news domain using human judgments
Authors: Starke Alain D. , Solberg Vegard R. , Øverhaug Sebastian , Trattner Christoph 
Published: August 2024

AbstractOnline news article recommendations are typically of the ‘more like this’ type, generated by similarity functions. Across three studies, we examined the representativeness of different similarity functions for news item retrieval, by comparing them to human judgments of similarity. In Study 1 ($$N=401$$

N
=
401

), participants assessed the overall similarity of ten randomly paired news articles on politics and compared their judgments to different feature-specific similarity functions (e.g., based on body text or images). In Study 2, we checked for domain differences in a mixed-methods survey ($$N=45$$

N
=
45

), surfacing evidence that the effectiveness of similarity functions differs across different news categories (‘Recent Events’, ‘Sport’). In Study 3 ($$N=173$$

N
=
173

), we improved the design of Study 1, by controlling for how news articles were matched, differentiating between dissimilar news articles and articles that were matched on a shared topic, named entities, and/or date of publication, across ‘Recent Events’ and ‘Sport’ categories. Across all studies, we found that users mostly used text-based features (e.g., body text, title) for their similarity judgments, while BodyText:TF-IDF was found to be the most representative for their judgments. Moreover, the strength of similarity judgments by humans and similarity scores by feature-specific functions was strongly affected by how news article pairs were matched. We show that humans and similarity functions are better aligned when two news articles are more alike, such as in a news recommendation scenario.
Impact of Indoor Environment and Biological Processes on Bioaerosol Levels in a University Wastewater Treatment Lab
Authors: Upadhyay Ruchi , Przystaś Wioletta , Gautam Sneha 
Published: August 2024

AbstractBioaerosol emitted in university biological laboratories may exert adversely effects on employees and students. The occupational health and safety have been given much importance. This study aimed to monitor the risk of bioaerosol formation inside a biological wastewater treatment laboratory where other biological activities were performed along with wastewater treatment using the biological method. The concentration of bacterial and fungal bioaerosols was studied, and the diversity of the air microbiota was evaluated, using a single-stage impactor. The purpose of the Corelation research was to evaluate the effects of indoor biological activity unique to wastewater labs and building characteristics. Increased number of occupants (corelation efficient- 0.71 and 0.47 respectively) and their experimental activity related to wastewater treatment drastically elevated both mesophiles (2018 MPN·m−3) and psychrophiles (1128 MPN·m−3) concentrations in early winter, which crossed permissible limits, whereas the fungal concentration was found below the upper permissible limits (78 MPN·m−3) in same condition. The fungal bioaerosols were found to get influenced by seasonal change and humidity (highest during autumn- 406 MPN·m−3) and were not really influenced by number of occupants (corelation efficient- 0.33). This result suggests a moderate risk of bacterial bioaerosol to occupants working in wastewater treatment laboratory. These findings may contribute to promotion and implementation of indoor environment safety at educational institute and may help in formation of policy to regulate indoor bioaerosol levels.
Agitation dredging of silt and fine sand with Water Injection Dredging, Tiamat and Underwater Plough: a case study in the Port of Rotterdam
Authors: Neumann Sterre , Kirichek Alex , van Hassent Andre 
Published: August 2024

Abstract
Purpose
Agitation dredging has gained popularity as an environmentally friendly and cost-effective method for port maintenance. One of the advantages of agitation dredging is the ability to transport sediments out of the port area using natural currents. The effect of the different agitation methods on sediment and water properties has rarely been investigated in a single pilot project. This research aims to study the effects of agitation methods in silt and sand-dominated areas that are frequently maintained.

Methods
The effects of water injection dredging, (WID) underwater ploughing (UWP) and Tiamat on sediment properties are investigated in the Port of Rotterdam. In-situ measurements and laboratory measurements are carried out to determine changes in the bed level, the particle size distribution of the bed, the turbidity in the water column and the dispersion distance of the sediment plume due to agitation dredging.

Results
The results of the in-situ monitoring of the agitation pilots allow a comparison of the changes in sediment and water properties before, during and after agitation dredging. The production, advantages and limitations of the tested agitation dredging methods are discussed.

Conclusion
The in-situ measurements show that WID, Tiamat and UWP can be successfully used for the agitation of sediments and their removal from the silt and sand-dominated areas. The production of the tested agitation methods is higher for silty than sandy sediments. In general, the selection of the agitation equipment can be made based on environmental regulations, sediment properties and hydrodynamic conditions.
Utilization of retentates for white brined cheese production: comparative evaluation of physico-chemical and sensory properties
Authors: Cinar Kadir , Gulec Haci Ali , Gunes Gurbuz , Hicsasmaz Zeynep 
Published: August 2024

AbstractThe aim of the present study is (1) to enhance the protein fraction in cheese milk through membrane filtration and consequently (2) to separate the majority of whey as ‘ideal whey’ prior to the production of white brined cheese, and (3) to explore the potential utilization of retentates in the production of white brined cheese. The chemical, physical, textural and sensory properties of cheeses produced from microfiltration (MF) retentates were characterized to investigate the effects of cross-flow MF on white brined cheese. Polyether sulfone (MP005) membranes featuring a pore diameter of 0.05 μm and polyvinylidene fluoride (MV020) membranes with a pore diameter of 0.20 μm were utilized. The assessed quality parameters of cheeses derived from polyethersulfone membrane (MP005) retentates were similar to the control (p > 0.05), whereas the cheese obtained from polyvinylidene fluoride membrane (MV020) retentates exhibited notable differences (p < 0.05) from the control. The traditional whey generated after cheese-making, which typically requires substantial on-site processing and/or treatment, was reduced by 3.5–6.7 times using the MP005 retentates. Simultaneously, 58–70% of the cheese milk (w/w) was separated as ideal whey before the cheese-making process. MF shows potential as an eco-friendly technology suitable for use in cheese production processes. The potential utilization of MP005 for enriching the protein content in cheese milk holds promise for white cheese production.
Influence of material in sheet-bulk metal forming from coil
Authors: Leicht Miriam , Merklein Marion 
Published: August 2024

AbstractSheet-bulk metal forming (SBMF) represents an innovative approach for the efficient manufacturing of functional integrated parts from sheet metal by applying bulk forming processes to sheet metal. It combines the advantages of part weight optimization and process chain shortening. In view of the increasing demand for functionally integrated components, the forming from coil offers an economical possibility to produce high output rates. Nevertheless, an underfilling of functional elements as well as an asymmetric part forming are current challenges. In order to apply SBMF from coil in industrial contexts, it is necessary to understand the causes of these process limits and to develop measures for improving the forming of functional elements and thereby push existing forming limits. In this paper, both a lateral and a backward extrusion process from coil for the forming of internal and external geared SBMF parts are investigated to develop a fundamental process understanding. In a combined numerical-experimental approach, the influence of the flow behavior of different materials as well as the impact of the main material flow direction of the process on the dimensional part accuracy is analyzed. This enables the evaluation of fundamental material-related dependencies and influences regarding the geometrical part accuracy, the mechanical component properties and the tool load for forming of the conventional deep-drawing steel DC04 (t0 = 2 mm), a high-strength steel material (HC260LA) and an aluminum alloy (AA6082 T6). Based on these findings, measures for material flow control are identified and investigated to counteract the challenges of SBMF from coil. These findings permit the identification of potential transferability of the identified cause-effect mechanisms to different processes, component geometries and materials. Thereby, in particular, an increase in coil width as well as lower a strain hardening behavior of the material offers the possibility to improve the geometrical accuracy of the components.
The food production–consumption chain: Fighting food insecurity, loss, and waste with technology
Authors: Grewal Dhruv , Guha Abhijit , Noble Stephanie M. , Bentley Kara 
Published: August 2024

AbstractThe UN’s Sustainable Development Goal (SDG) 12 seeks to achieve sustainable food production and consumption, including reduced food loss and waste; SDG 2 proposes the goal of zero hunger. In pursuit of these goals, technology arguably has a central role, at every level of the food value chain. To establish this role, the authors identify and examine current technologies aimed at increasing food production and suitably redistributing unused food, as tactics to combat food loss and waste, with the shared end goal of reducing food insecurity. A proposed 2 × 2 typology illustrates how existing technologies can influence food production, distribution, and consumption, as well as influence the stakeholders in the food production–consumption chain. These insights also inform a research and development agenda pertaining to the need for technology applications that can increase food production and/or reduce food waste effectively enough to achieve the goal of zero hunger.
Causes of Oral Granulomatous Disorders: An Update and Narrative Review of the Literature
Authors: Alamoudi Waleed A. , Abdelsayed Rafik A. , Sollecito Thomas P. , Alhassan Ghaida A. , Kulkarni Roopali , Bindakhil Mohammed A. 
Published: August 2024

AbstractGranulomatous diseases include a diverse range of chronic inflammatory disorders with a wide variety of pathologies and clinical characteristics. In particular, the orofacial region can be affected by granulomatous conditions—whether as an isolated disease or as part of a systemic disorder. Regardless of the nature of the disease or its mechanism of development, precise diagnosis can be challenging, as etiopathogenesis may be driven by several causes. These include reactions to foreign bodies, infections, immune dysregulation, proliferative disorders,, medications, illicit drugs, and hereditary disorders. Granulomas can be identified using histopathological assessment but are not pathognomonic of a specific disease, and therefore require correlation between clinical, serological, radiographical, and histopathological findings. The purpose of this review is to provide a summary of the etiopathogenesis, clinical and histopathologic characteristics, and treatment of oral granulomatous disorders.
How to Peer Review Quantitative Studies, Qualitative Studies, and Literature Reviews: Considerations from the ‘Other’ Side
Authors: Rodda S. N. , Bijker R. , Merkouris S. S. , Landon J. , Hawker C. O. , Dowling N. A. 
Published: August 2024

Abstract
Purpose of review
The main research approaches in the field of addiction include qualitative studies, quantitative studies, and literature reviews. Researchers tend to have specific expertise in one, or perhaps two of these approaches, but are frequently asked to peer review studies using approaches and methods in which they are less well versed. This review aims to provide guidance to peer reviewers by summarizing key issues to attend to when reviewing studies of each approach.

Recent findings
A diverse range of research approaches are utilised in the study of addiction including quantitative, qualitative, and literature reviews. In this paper, we outline reporting standards for each research approach, and summarize how data are collected, analyzed, reported, and interpreted, as a guide for peer-reviewers to assess the robustness of studies.

Summary
Providing a good peer review requires that careful attention is paid to the specific requirements of the methods used. General principles of clarity around an evidence-based rationale, data collection and analysis, and careful interpretation remain fundamental, regardless of the method used. Reviews should be balanced and fair and based on the research and associated reporting requirements for the method used.
Economic dimensions of violence against women: policy interventions needed
Authors: Miah MD Rafid Abrar , Sifat Ridwan Islam 
Published: August 2024

AbstractViolence against women is a common phenomenon in all societies, and in countries where gender inequality persists, such as Bangladesh, this issue is even more pronounced. Violence against any entity often stems from subordination, and it is generally accepted that empowering women can help prevent violence against them. The objective of the study is to unmask how different the role of economic performance of both men and women is impacting types of violence against women. With numerical data from the World Bank and Ain o Salish Kendra (ASK), we used Pearson correlation and OLS regression to extract the results from the raw data collected. The study finds that male unemployment is positively correlated with violence against women (including domestic violence, dowry-induced violence, and rape), while female unemployment shows an inverse relationship with the severity of violence. The findings emphasize the urgent need for policy interventions to address the underlying factors, effectively mitigate violence against women, inform policymakers and contribute to the development of effective strategies to promote a more equitable society.
Feature Enhanced Spatial–Temporal Trajectory Similarity Computation
Authors: Zhou Silin , Huang Chengrui , Wen Yuntao , Chen Lisi 
Published: August 2024

AbstractTrajectory similarity computation is a fundamental function in many applications of urban data analysis, such as trajectory clustering, trajectory compression, and route planning. In this paper, we study trajectory similarity computation on the road network. However, existing methods have been designed primarily for road network trajectories with spatial information, while ignoring the important temporal information in the real world. To solve this problem, we propose a Feature Enhanced Spatial–Temporal trajectory similarity computation framework FEST, which is a graph neural network (GNN) and sequence model pipeline. We first use the GNN model to capture global information on the road network. In particular, we enhance the process with multi-graph to learn multiple signals from the road network on different aspects. In addition to the original road network topology signal, we also take into account the content signal to learn spatial–temporal features from trajectory traffic, as well as the adaptive similarity signal of the road network to learn hidden features. From these three signals, we construct a multi-graph and use GCN to learn road intersection embedding jointly. Next, we propose a feature-enhanced Transformer with spatial–temporal information to learn correlation within the trajectory, and we further use mean-pooling to get the final trajectory embedding. We compare FEST with six trajectory similarity computation methods on two real-world datasets. The results show that FEST consistently outperforms all baselines and can improve the accuracy of the best-performing baseline.
Enhancing methane production in anaerobic co-digestion of food wastes and sewage sludge: roles of different types of iron amendments
Authors: Karimirad Roghayeh , Luo Liwen , Wong Jonathan W. C. 
Published: August 2024

AbstractIron element is known to be an effective additive for accelerating the anaerobic digestion (AD) process for treating organic wastes. However, the effects of different kinds of iron additives on food waste (FW) and sewage sludge of co-digestion process have not been yet investigated thoroughly. This study aimed to elucidate how different kinds of iron components affect methane production during FW and sewage sludge anaerobic co-digestion (co-AD) process and to investigate the possible mechanism of Fe amendment. Experimental results revealed that Fe amendment could effectively promote the substrate degradation and methane production, and FeCl3 amended group presented the best digestion performance, boosting the methane production from 465.9 mL to 2650.4 mL. The results of the excitation-emission matrix fluorescence spectra analysis further supported that Fe supplements facilitated the waste hydrolysis with a higher concentration of dissolved organic matters and thereby more substrates can be used for methane generation. In addition, the activity of coenzyme F420 and direct interspecies electron transfer in FeCl3 group were 5.82 and 5.89 times higher than those in the control group, respectively, indicating that electron transfer, particularly the interspecies one, was enhanced by Fe amendment. As compared to that in the control group, the increased cytochrome c concentration in Fe amended groups also proved it. Therefore, this study will provide a reference regarding Fe amendment in the co-AD process for FW and sewage sludge.
Graphical abstract
Anti-C*-algebras
Authors: Pluta Robert , Russo Bernard 
Published: August 2024

AbstractWe introduce a class of Banach algebras that we call anti-C*-algebras. We show that the normed standard embedding of a C*-ternary ring is the direct sum of a C*-algebra and an anti-C*-algebra. We prove that C*-ternary rings and anti-C*-algebras are semisimple. We give two new characterizations of C*-ternary rings which are isomorphic to a TRO (ternary ring of operators), providing answers to a query raised by Zettl (Adv Math 48(2): 117–143, 1983), and we propose some problems for further study.