bluuebunny/crossref_metadata_2025_split huggingface dataset:
Moving Toward Anti-Ableist Practices in Aphasia Rehabilitation and Research: A Viewpoint
Authors: Nunn Kristen , Tilton-Bolowsky Victoria , Kershenbaum Ayelet M. 
Published: June 2024

Purpose:
Ableism is a pervasive set of beliefs that regard nondisabled bodies and minds as ideal and necessary to live a full life. Ableism manifests for people with aphasia as stigma and discrimination based on their language ability. We assert that ableism contributes to decreased quality of life for people with aphasia and should be actively challenged and disrupted by clinicians and researchers in the field.

Method:
We applied the Health Stigma and Discrimination Framework (HSDF) to outline how stigma and discrimination are perpetuated against people with aphasia on the basis of language ability and their downstream health and social consequences. We presented this framework at the Clinical Aphasiology Conference in 2023 and share themes and challenges that arose from this discussion and from our ongoing learning.

Discussion:
Applying the HSDF to aphasia outlined potential sequelae of ableism. We identified preliminary foci of future initiatives aimed at challenging ableist beliefs and practices and means to monitor the effectiveness of such interventions. Furthermore, we draw attention to the seeming tension between anti-ableist practices and traditional language rehabilitation goals. We assert that this tension may be a catalyst for fruitful discourse on how clinicians and researchers can resist ableism while honoring the lived experiences of people with aphasia and their goals for language rehabilitation. These discussions may be facilitated by existing models in disability studies (e.g., the political/relational model).

Conclusions:
Clinicians and researchers are well positioned to challenge ableism and minimize the resultant health and social impacts for people living with aphasia. Anti-ableist practices are not antithetical to aphasia rehabilitation and can be thoughtfully integrated into rehabilitation practices and discourse.
Microbial adhesion and nanocomposite‐loaded antifouling applications of insulating polymers in transmission lines‐a review
Authors: Yang Shifang , Zhang Zexuan , Zhu Mingxi , Liu Yunpeng , Lv Fangcheng 
Published: June 2024

AbstractIn regions characterised by high humidity and abundant vegetation, the external insulation materials utilised in high‐voltage transmission and transformation are frequently fouled with a multitude of microorganisms, thereby jeopardising the reliable operation of the power grid. A comprehensive overview of the periodic growth regulation of parasitic algae is presented upon insulating composites across various regions of the world. Additionally, it highlights the methods for quantitative evaluation and accurate prediction of algae coverage degree. Also, the biological contaminates coating process and the artificial flashover test method are summarised, and the effects of algae on the reliability of inorganic and organic materials used for external insulation are compared. It emphasises the dynamic hygroscopic characteristics and cytoelectronegativity of cell secretions as the critical factors that negatively affect the hydrophobicity and flashover performance of silicone rubber insulators by algae. Furthermore, valuable insights into the long‐term inhibition of algae growth on polymeric insulators are provided using eco‐friendly antibiotic‐loaded silica aerogel nanocomposites.
A Study to Assess the Knowledge, Attitude, and Experience Regarding Diabetes and Its Related Conditions among Dental Practitioners
Authors: Gupte Rishabh , Shetty Manoj 
Published: June 2024

AbstractDiabetes is a chronic condition which leads to dysfunction of multiple systems and requires a multidisciplinary approach for its effective management. A survey was performed on 308 dental professionals to record their experiences regarding the awareness of oral complications as well as their means of effective communication with medical practitioners for better holistic diabetic care. Additionally, they were also asked knowledge-based questions and ones related to diagnostic criteria and data collection and interpretation. Roadblocks for the effective care with two-way communication with medical doctors were also recorded with possible solutions along with protocols for effective screening and assessment of current burden of disease, dealing with diabetic emergencies and reduction of morbidity for the patients to efficiently treat the diabetic patient in a dental practice.
Referendums and political-institutional convergence in European democracies: A time-differencing configurational analysis
Authors: Niikawa Sho , Corcaci Andreas 
Published: June 2024

AbstractThis study assesses democratic changes against the background of an increased use of referendums in European parliamentary systems. Existing studies on why referendums have become more frequent argue that it is due to the so-called ‘blurring’ of political alignments aiming to bypass institutional veto players. Which change of conditions is sufficient for a more frequent use of referendums? The proposed domestic conditions do not exclude external reasons, and related studies imply that various combinations of internal and external factors are worth exploring further. Accordingly, in our study we assess the configurations of political-institutional changes by using time-differencing Qualitative Comparative Analysis (QCA). First, we find that democratic convergence leads to multiple explanatory paths for referendum use. Second, the result suggests that explanations with simple majoritarian dynamics are robust compared to other explanations showing convergence. Third, the existence of many veto players combined with economic globalization is identified as an alternative explanation to the convergence toward more frequent referendum use. This study advances referendum and European integration research by highlighting the dynamics of simple majoritarian democratic systems, but also veto players and globalization over time. The results imply that more attention should be given to the configurational nature of an increased rise in referendums in European democracies.
Analysing the impact of digital technology diffusion on the efficiency and convergence process of the commercial banking industry of Pakistan
Authors: Liu Ting Li , Naveed Muhammad Mateen , Mustafa Sohaib , Naveed Muhammad Tahir 
Published: June 2024

AbstractIn a dynamic financial ecosystem, digitalisation is supporting banks in revamping their business processes to be more efficient, reducing costs, coping with customers’ evolving demands, and keeping them abreast of market competition. This two-stage research aims to investigate three issues in Pakistan’s banking industry from 2006 to 2020: (i) banking efficiency; (ii) the impact of digitalisation on banking efficiency; and (iii) banking efficiency’s absolute and conditional convergence. In our first-stage analysis, bootstrap data envelopment analysis has been applied, which exhibits bias-corrected overall, pure, and scale efficiencies of 74, 77, and 96%, respectively. In the second-stage analysis, we executed Tobit and two-step dynamic panel data system generalised method of moments (DPDSYS-GMM) models, and the results uncover that digitalisation has a positive influence on banking efficiency. Findings confirm that return on assets, bank size, interest rate, and gross domestic product growth rate have a positive association with banking efficiency. Our research reveals that state-controlled banks outperform their private sector and special-purpose counterparts. Our DPDSYS-GMM findings validate β and σ-convergence, implying that initially, low-efficient banks caught up (converged) to the more efficient opponents, reducing cross-sectional efficiency dispersion and attaining common equilibrium. The findings of banking efficiency conditional β-convergence assert that the adoption of digital technology has played a critical role in the convergence process and that digitalisation has acted as a catalyst for less efficient banks to catch up significantly faster to their more efficient rivals. This study displays digitalisation’s disruptive influence on the overall transformation of Pakistan’s banking system in the modern era, resulting in significant efficiency gains.
Understanding the use of metaphors by parents of children with cancer in blogs: a qualitative analysis
Authors: Gao Ruiyao , Wu Yijin 
Published: June 2024

AbstractParents of children with cancer, who face significant financial and psychological burdens, often employ metaphors to convey their distinctive experiences and inner realms. However, these metaphors have received scant attention in prior research. Therefore, this study seeks to investigate the utilization of metaphors in blogs authored by parents of children with cancer, aiming to shed light on this understudied area. This study collected data from blogs authored by 33 parents of children with cancer spanning the period from 2019 to 2022, yielding a total of 181 metaphors. Drawing upon Conceptual Metaphor Theory, the method of qualitative content analysis was employed to analyze how parents of children with cancer utilize metaphors. This study found that “Game”, “War”, “Journey” and “Plant” metaphors were the most commonly used by parents of children with cancer. Game and war metaphors occupy a dominant position, followed by journey and plant metaphors. Additionally, these parents frequently employ mixed metaphors. The use of metaphorical language enables these parents to effectively articulate their distinct experiences and emotions. The use of metaphors may serve as a means for parents to articulate their feelings and motivate their children to actively fight cancer. By recognizing the metaphors embraced by these parents, we can gain a deeper understanding of their internal world and potentially offer support through both online and offline channels to mitigate their stress levels.
A study of dual-cantilever beam FBG sensing detection of transformer winding vibration
Authors: Lin Xiang , Fang Jian , Huang Qingdan , Zhang Min , Tian Yan , Tong Rui , Dai Xiaofeng 
Published: June 2024

The safe and stable operation of the transformer is the key to ensure the reliable operation of the power grid. Loose windings will produce a vibration acceleration signal with twice the power supply frequency signal, i.e., 100 Hz, as the main spectral component. The realization of transformer winding vibration acceleration detection can effectively determine the operating status of the transformer winding. In this report, a dual-cantilever beam Fiber Bragg Grating (FBG) vibration acceleration sensor for transformer winding with a two-point package structure was designed based on theoretical analysis and finite element simulation of COMSOL Multiphysics software. Through the demodulation of the center wavelength change to achieve the detection of external vibration acceleration and to achieve the vibration acceleration sensitivity of 37.813 pm/g at 100 Hz, linearity up to 99.97%, cross-sensitivity is less than 17.4%. The resonant frequency of the sensor is 134 Hz, and the sensitivity of the vibration acceleration at the resonant frequency point is 425.52 pm/g. The sensor is installed under the transformer to measure the vibration acceleration of the transformer winding. The vibration component under 100 Hz frequency could be obviously captured, and the FFT of the center wavelength captured the amplitude signal to realize the measurement of the vibration acceleration of the transformer winding less than 0.02 g micro-vibration acceleration, which could satisfy the general vibration range of the transformer winding.
Silicon mitigates salinity effects on sorghum-sudangrass (Sorghum bicolor × Sorghum sudanense) by enhancing growth and photosynthetic efficiency
Authors: Bounaouara Farah , Hidri Rabaa , Falouti Mohammed , Rabhi Mokded , Abdelly Chedly , Zorrig Walid , Slama Inès 
Published: June 2024

The aim of this study was to investigate whether silicon (Si) supply was able to alleviate the harmful effects caused by salinity stress on sorghum-sudangrass (Sorghum bicolor × Sorghum sudanense), a species of grass raised for forage and grain. Plants were grown in the presence or absence of 150 mM NaCl, supplemented or not with Si (0.5 mM Si). Biomass production, water and mineral status, photosynthetic pigment contents, and gas exchange parameters were investigated. Special focus was accorded to evaluating the PSI and PSII. Salinity stress significantly reduced plant growth and tissue hydration, and led to a significant decrease in all other studied parameters. Si supply enhanced whole plant biomass production by 50%, improved water status, decreased Na+ and Cl− accumulation, and even restored chlorophyll a, chlorophyll b, and carotenoid contents. Interestingly, both photosystem activities (PSI and PSII) were enhanced with Si addition. However, a more pronounced enhancement was noted in PSI compared with PSII, with a greater oxidation state upon Si supply. Our findings confirm that Si mitigated the adverse effects of salinity on sorghum-sudangrass throughout adverse approaches. Application of Si in sorghum appears to be an efficient key solution for managing salt-damaging effects on plants.
A brief history of technical developments in intracytoplasmic sperm injection (ICSI). Dedicated to the memory of J.M. Cummins
Authors: Thompson J. G. , McLennan H. J. , Heinrich S. L. , Inge M. P. , Gardner D. K. , Harvey A. J. 
Published: June 2024

Intracytoplasmic sperm injection (ICSI) is an assisted reproductive technology for treatment of severe male infertility introduced into clinical practice in 1992. This review provides a brief history of the development of ICSI by acknowledging major developments in the field. The review addresses key developments in pre-clinical and early studies, how ICSI compares with in vitro fertilisation, long-term consequences, how the mechanistic approach to ICSI has changed in both manual and semi-automated approaches, and how sperm selection procedures are integrated into ICSI. From the beginnings using animal models in the 1960–1970s, the development of ICSI is a remarkable and transformative success story. Indeed, its broad use (70% of cycles globally) exceeds the need required for treating infertile males, and this remains a controversial issue. There remain questions around the long-term health impacts of ICSI. Furthermore, advances in automation of the ICSI procedure are occurring. An estimated 6 million children have been born from the ICSI procedure. With further automation of sperm selection technologies, coupled with automation of the injection procedure, it is likely that the proportion of children born from ICSI will further increase.
Micromechanical piezoelectric micromachined ultrasonic transducer array package enhancement with integrated frontliners
Authors: Shu Hongxiang , Ji Weiliang , Sun Xiangyu , Xing Zhanqiang , He Xu 
Published: June 2024

Abstract
In order to improve the susceptibility of ultrasonic transducers to damage and the mismatch in acoustic impedance with test specimens, an impedance-matching layer is introduced between the transducer and the specimen. The impact of the matching layer on acoustic propagation of transducer was analyzed through acoustic field simulation. The performance of the improved transducer was experimentally evaluated by using a dedicated echo testing system for transducers. The matching layer was optimized by considering different materials. The results show that for non-metallic materials, only a layer of acoustic matching layer (organic silicone gel) can be added to achieve acoustic impedance matching and avoid wear. For metal materials, two acoustic matching layers (organic silicone gel and epoxy resin) need to be added to achieve acoustic impedance matching. The propagation efficiency of sound waves is increased by 30% as a result of this process.
BS-YOLOV8: an intelligent detection model for bearing pin support-piece states of high-rise building machine
Authors: Pan Xi , Zhao Tingsheng , Li Xuxiang , Jiang Xiaohui 
Published: June 2024

Abstract
As the main support part of the working platform of a high-rise building machine, the bearing pin support (BPS) plays a crucial role in the safety and stability of the platform, the conventional method has the problems of low detection efficiency, low accuracy, and high cost. To improve the accuracy and robustness of the detection algorithm under weak light, this paper proposes an intelligent detection algorithm for the BPS-piece states of the BS-YOLOV8, to improve the feature map utilization and reduce the model leakage detection error detection rate, Swin transformer is used to improve the YOLOV8 backbone network. In addition, the BiFormer attention mechanism is used to weigh the feature map to solve the problem of feature information loss in different feature layers and weak lighting conditions, and then the Scylla-IOU loss function is used instead of the original localization loss function to guide the model to learn to generate a predicted bounding box closer to the real target bounding box. Finally, the BS-YOLOV8 algorithm is used to compare with its classical algorithm on the self-constructed dataset of this study, The results show that the mAP0.5, mAP0.5:0.95, and FPS values of the BS-YOLOV8 algorithm reach 97.9%, 96.3% and 40 under normal lighting. The mAP0.5 value reaches 87.6% under low light conditions, which effectively solves the problems of low detection efficiency and poor detection under low light conditions, and is superior compared to other algorithms.
Pioneering research has a new home in a trusted place
Authors: Gevaux David 
Published: June 2024

Abstract
After 90 years of publishing authoritative reviews, Reports on Progress in Physics is today publishing its first primary research papers. The beginning, we hope, of the journal’s evolution into a showcase of the most impactful, ground-breaking and just fascinating physical-science research; a journal that builds trust through rigorous peer review and gives back to the communities we serve. Investing 100% of our funds back into science, we are committed to achieving all of this on a not-for-profit basis that puts science and scientists first.
Advanced examination of Nb3Sn coils and conductors for the LHC luminosity upgrade: a methodology based on computed tomography and materialographic analyses
Authors: Santillana I Aviles , Sgobba S , Crouvizier M D , Devred A , Izquierdo G Arnau , Bulat B , Moros A , Izquierdo Bermudez S , Milanese A , Savary F , Todesco E 
Published: June 2024

Abstract
The future of particle accelerators is strongly linked to the development of high—field magnets. The European Organization for Nuclear Research (CERN) is currently developing Nb3Sn-based magnets for the high-luminosity upgrade of the large hadron collider (HL-LHC), to fully exploit its potential and surpass the intrinsic performance limitations of Nb–Ti-based magnets. The fabrication of Nb3Sn magnets is a challenging process as it requires managing the brittle and strain sensitive conductor after the reaction heat treatment to generate the superconducting phase. Accelerator magnet coils are usually manufactured following the wind-react-and-impregnate fabrication process. This reduces the difficulty of working with brittle compounds but adds uncertainties associated with volume change during phase transition and thermal expansion/contraction differentials during the temperature ramps of the heat treatment and cooldown to cryogenic temperatures. To investigate the root causes of performance limitation or degradation observed on HL-LHC magnet prototypes, several Nb3Sn-based coils have been examined. The present paper illustrates an innovative methodology of investigations of the root causes at several fabrication stages and after cooldown and powering. The approach is based on a sequence of mesoscale observations of whole coil sections by an innovative high—energy linac x-ray computed tomography, followed by materialographic assessment of internal events, geometrical distortions and potential flaws using light microscopy. Additionally, scanning electron microscopy and focused ion beam were used to analyze damage at localized positions. This comprehensive approach provides an in-depth view of the examined coils by characterizing atypical features and imperfections in both the strands and the glass fiber/resin of the insulation system, univocally associating the limiting quenches experienced by the coils to identified physical events.
Investigation of reduced reverse degree based polynomials & indices of gold crystals
Authors: Khan Abdul Rauf , Mutlib Abdul , Campeña Francis Joseph H , Tchier Fairouz , Karim Maimoona , Hussain Shahid 
Published: June 2024

Abstract
Gold is widely recognized as a noble metal due to its inherent inertness in its bulk form. Nevertheless, gold exhibits reactivity in its ionic form. The inert qualities of bulk gold have led to its extensive recognition as a fundamental raw ingredient in several biomedical processes. These applications encompass drug delivery microchips, dental prostheses, reconstructive surgery, food additives, and endovascular stents. Gold in large amounts can be thought of as safe. Gold can also exist as molecules or ions, specifically gold ions, making it easier to make gold nanomaterials. The distinctive characteristics of gold set it apart from its molecular or bulk states, making its execution a very efficient instrument in the field of nanomedicine. Some of these traits are ease of synthesis, a higher ratio of surface area to volume, more reactive particles, the ability to withstand changes to the surface, and strong optical properties. The reduced reverse degree-based polynomials and topological descriptors of the molecular structure of the gold crystal are investigated in this manuscript. The numerical and graphical analysis of outcomes this study are also described.
Elevating standard-red perovskite LED performance: unleashing optimal potential with complex HTL and insert modification layer
Authors: Chen Ting-Lei , Vasudevan Thangaraji , Chen Lung-Chien 
Published: June 2024

Abstract
In this study, we introduce a novel strategy to improve the productivity of perovskite light-emitting diodes (PeLEDs) by incorporating a KBr interface layer alongside PEDOT:PSS as the hole transport layer (HTL). This innovative approach enables the creation of a standard-red perovskite film emitting light precisely at 630 nm. Our investigation demonstrates that optimizing the concentration of the KBr modified layer (10 mg ml−1), in conjunction with an ethylene glycol (EG)-doped PEDOT:PSS electrode, promotes the growth of CsPbBr1.3I1.7 perovskite phases on the HTL while effectively reducing exciton quenching in PEDOT:PSS-based PeLEDs. Furthermore, these modifications lower the work function of the PEDOT:PSS surface, thus regulating hole injection and improving charge balance within the device. Consequently, our device achieves impressive performance metrics, including a high quantum yield of 68.2%, maximum luminance (L
max) of 747 cd m−2, and an External Quantum Efficiency (EQE) of 0.24%, representing significant advancements in red perovskite-based lighting technology.