bluuebunny/crossref_metadata_2025_split huggingface dataset:
Accurately Identifying Language Disorder in School-Age Children Using Dynamic Assessment of Narrative Language
Authors: Petersen Douglas B. , Konishi-Therkildsen Alisa , Clark Kallie Dawn , DeRobles Anahi Kamila , Frahm Ashley Elizabeth , Jones Kristi , Lettich Camryn , Spencer Trina D. 
Published: November 2024

Purpose:
Several studies have demonstrated that dynamic assessment can be a less biased, valid approach for the identification of language disorder among diverse school-age children. However, all prior studies have included a relatively small number of participants, which is generally not adequate for psychometric research. This is the first large-scale study to (a) examine whether a dynamic assessment of narrative language yields indifferent outcomes regardless of several demographic variables including age, race/ethnicity, multilingualism, or gender; (b) examine the sensitivity and specificity of the dynamic assessment of language among a large sample of students with and without language disorder; and (c) identify specific cut-points by grade to provide clinically useful data.

Method:
Participants included 634 diverse first- through fifth-grade students with and without language learning disorder. Students were confirmed as having a language disorder using a triangulation technique involving several sources of data. A dynamic assessment of narrative language, which took approximately 10 min, was administered to all students.

Results:
Results indicated that the dynamic assessment had excellent (> 90%) sensitivity and specificity and that modifiability scores were not meaningfully different across any of the demographic variables.

Conclusions:
The dynamic assessment of narrative language accurately identified language disorder across all student demographic groups. These findings suggest that dynamic assessment may provide less biased classification than traditional, static forms of assessment.
Spiking neural network tactile classification method with faster and more accurate membrane potential representation
Authors: Yang Jing , Yu Zukun , Ji Xiaoyang , Su Zhidong , Li Shaobo , Cao Yang 
Published: November 2024

AbstractRobot perception is an important topic in artificial intelligence field, and tactile recognition in particular is indispensable for human–computer interaction. Efficiently classifying data obtained by touch sensors has long been an issue. In recent years, spiking neural networks (SNNs) have been widely used in tactile data categorisation due to their temporal information processing benefits, low power consumption, and high biological dependability. However, traditional SNN classification methods often encounter under‐convergence when using membrane potential representation, decreasing their classification accuracy. Meanwhile, due to the time‐discrete nature of SNN models, classification requires a significant time overhead, which restricts their real‐time tactile sensing application potential. Considering these concerns, the authors propose a faster and more accurate SNN tactile classification approach using improved membrane potential representation. This method effectively overcomes model convergence problems by optimising the membrane potential expression and the relationship between the loss function and network parameters while significantly reducing the time overhead and enhancing the classification accuracy and robustness of the model. The experimental results show that the propose approach improves the classification accuracy by 4.16% and 2.71% and reduces the overall time by 8.00% and 8.14% on the EvTouch‐Containers dataset and EvTouch‐Objects dataset, respectively, when compared with existing models.
Welding defect detection with image processing on a custom small dataset: A comparative study
Authors: Szőlősi József , Szekeres Béla J. , Magyar Péter , Adrián Bán , Farkas Gábor , Andó Mátyás 
Published: November 2024

AbstractThis work focuses on detecting defects in welding seams using the most advanced You Only Look Once (YOLO) algorithms and transfer learning. To this end, the authors prepared a small dataset of images using manual welding and compared the performance of the YOLO v5, v6, v7, and v8 methods after two‐step training. Key findings reveal that YOLOv7 demonstrates superior performance, suggesting its potential as a valuable tool in automated welding quality control. The authors’ research underscores the importance of model selection. It lays the groundwork for future exploration in larger datasets and varied welding scenarios, potentially contributing to defect detection practices in manufacturing industries. The dataset and the code repository links are also provided to support our findings.
Cosmic-ray-induced chemical processes in CH3OH, CH3NH2, and CH3OH:CH3NH2 ices
Authors: Keresztes Barbara , Góbi Sándor , Schneiker Anita , Bazsó Gábor , Tarczay György 
Published: November 2024

Aims. Icy mantles on interstellar dust grains are considered key contributors to the chemical complexity of the interstellar medium (ISM). Gas-phase molecules in the ISM can adsorb onto these icy surfaces, where chemical reactions can be induced by ultraviolet (UV) or cosmic ray (CR) irradiation. The resulting molecules can subsequently desorb, thereby altering the composition of the gas phase in the ISM. Therefore, studying astrochemically relevant reactions within ices is essential for advancing our understanding of astrochemistry.
Methods. We conducted experiments with pure methanol (CH3OH), pure methylamine (CH3NH2), and CH3OH:CH3NH2 ices. To simulate CR effects, ices were irradiated with 5 keV electrons. We integrated the advantages of ice experiments and noble gas matrix experiments by performing two distinct investigations on each sample. During temperature-programmed desorption (TPD), chemical changes in the ice samples were monitored using Fourier transform infrared (FTIR) spectroscopy. In addition, the desorbing molecules were trapped in an Ar matrix through a following experiment. This TPD-matrix-isolation (TPD-MI) redeposition process enabled FTIR spectroscopic identification of the desorbed species.
Results. The results obtained from experiments with CH3OH and CH3NH2 ices are consistent with previous studies. Additionally, the TPD-MI redeposition process enabled the identification of several species previously not detected clearly and directly in pure CH3OH or CH3NH2 ices, including molecules such as HCOOH, HCN, and CH2CHNH. Our experiments with CH3OH:CH3NH2 mixtures revealed the formation of several nitrogen- and oxygen-containing organic species (CH3NHCH2OH, NH2CH2OH, NH2CH2CH2OH, and HNCO), which are potential precursors to prebiotic molecules in the ISM. Therefore, these experiments provide valuable insights into the chemical evolution in space.
Review on Impact of daylighting methods on energy efficiency in residence of different climate in India
Authors: Patra Bikash , Brar Tejwant Singh , Garg Rajeev 
Published: November 2024

Providing natural light with daylighting in the interior space of a residential building is essential to sustainable architecture. This research reviews how different daylighting strategies affect energy use in Residential buildings in various climate zones in India. Due to drastic changes in climate variations across India, this research on daylighting strategy is unique. In each region, tailored techniques are crucial for energy preservation.
In this research, papers published in Scopus, web of Science, and Google Scholar-indexed journals from 2008 to 2024 have been included. Starting from traditional daylighting techniques, which are part of India's architectural heritage, such as courtyards, windows, and reflective surfaces till advances to more contemporary techniques like light shelves, skylights, and sophisticated glazing materials that are climate- specific and maximize daylight penetration while decreasing heat gain discussed in this research.
In India's hot-dry, warm-humid, composite, temperate, and cold climates, the effectiveness of techniques varies. This study also includes shading devices, window-to-wall ratios, and building orientation. This study's findings demonstrate that daylighting strategies have universal benefits, but some must be tailored to the climate-specific context to achieve maximum energy efficiency.
This extensive analysis will be helpful for the use of energy-efficient daylighting techniques that are sensitive to the region's unique climatic challenges and cultural landscape by serving as a resource for Indian architects, designers, and policymakers.
Chromodynamique quantique sur réseau
Authors: Lellouch Laurent 
Published: November 2024

La chromodynamique quantique (QCD) est la théorie qui décrit l’interaction forte, responsable entre autres de la cohésion des noyaux atomiques. Cette interaction devient hautement non linéaire lorsque les particules qui interagissent ont des impulsions relatives inférieures à environ 1 GeV/c. Dans ce régime, ses effets peuvent être calculés dans le formalisme de la QCD sur réseau, à l’aide de simulations massivement parallèles sur des super-ordinateurs.
Après une introduction historique à l’interaction forte, cet article explique ce qu’est la QCD et comment sont faits les calculs sur réseau. Il décrit ensuite le calcul d’une contribution QCD au moment magnétique du muon et comment les résultats qui en découlent participent à la recherche actuelle de nouvelles particules et interactions fondamentales.
Composition atmosphérique : que voir par spectroscopie infrarouge depuis l’espace ?
Authors: Clerbaux Cathy 
Published: November 2024

La mission IASI embarquée à bord des satellites Metop surveille l’atmosphère depuis dix-huit ans. À partir de l’analyse de millions de spectres atmosphériques enregistrés chaque jour, les concentrations des gaz peuvent être mesurées.
Les variations spatiales de ces concentrations nous permettent de suivre les évènements exceptionnels (feux, volcans, pollution, catastrophes industrielles, etc.). Leurs variations temporelles nous renseignent sur l’évolution des gaz et des paramètres (températures, nuages, etc.) importants pour le suivi de la pollution et du climat.
Brève histoire des réseaux de diffraction
Authors: Georgelin Yvon , Lequeux James 
Published: November 2024

Chacun sait qu’après quelques essais précurseurs de Thomas Young, Fraunhofer a inventé les réseaux de diffraction et décrit leurs propriétés, y compris le blaze. Ceci lui a permis, pour la première fois, de mesurer des longueurs d’onde avec précision. Mais la réalisation des réseaux, leur utilisation et leur évolution ont été lentes malgré leurs avantages, jusqu’à ce qu’ils se substituent généralement aux prismes il y a une centaine d’années.
Notre histoire se termine par deux applications récentes et spectaculaires.
Compliance im Gesundheitswesen am Beispiel Abrechnungsbetrug und Korruption
Authors: Lindemann Michael , Ebermann Thorsten , Witt Lana 
Published: November 2024

ZusammenfassungAngesichts der stetig voranschreitenden Verrechtlichung des Gesundheitswesens stehen
Compliance-Fragen auch in Praxen, MVZ und Krankenhäusern zunehmend im Fokus.
Entsprechende Programme stoßen allerdings auf eine selbstbewusste Ärzteschaft, eine
äußerst heterogene Krankenhauslandschaft und ein häufig bereits sehr ausdifferenziertes
Qualitäts- und Risikomanagement. Dass es sich gleichwohl lohnt, den Weg in Richtung
eines effektiven und nachhaltigen Compliance-Managements einzuschlagen, zeigt ein Blick
auf die potenziellen Konsequenzen von Rechtsverstößen: Schon der Anfangsverdacht eines
Korruptionsdelikts oder des Abrechnungsbetrugs kann erhebliche wirtschaftliche Einbußen
und Reputationsschäden zeitigen; im Falle eines Tatnachweises drohen ernsthafte straf-,
berufs- und vertragsarztrechtliche Sanktionen sowie der Honorarregress. Vor diesem
Hintergrund erscheint ein nachhaltiges Engagement in Compliance-Fragen auch als Gebot
unternehmerischer Klugheit.
Vietnamese Australian children’s voice on community language schools
Authors: Bui Thi Minh Thu 
Published: November 2024

Abstract
This qualitative study reports Vietnamese Australian children’s perspectives on their learning experiences at
their community language schools. The study draws on interview data with three mothers and their four children (aged 10–12), who
used to attend or are currently attending community language schools in the state of Victoria, Australia. Against the backdrop of
the current limited research on children’s experiences at community language schools, this study is a contribution to the existing
literature in two ways. First, it contributes a children’s voice into research on these so-called marginalised educational sites.
Second, it provides a nuanced exploration of the children’s experiences through the lens of Bourdieu’s (1984) constructs of habitus, capital, and field by discussing how their
perspectives towards their community language schools are shaped by their lived experiences in the fields they participate in. The
findings reveal a mismatch between the children’s habitus, their linguistic capital and the field of community language schools
that they participate in, which explains the children’s unfavorable feedback towards their community language schools.
Aprendizaje horizontal en las relaciones entre militares de las Fuerzas Armadas Españolas e intérpretes en situaciones
de conflicto
Authors: Valero-Garcés Carmen 
Published: November 2024

Resumen
La comunicación multilingüe y la necesidad de intérpretes y traductores profesionales que sirvan de enlace entre
las distintas partes es una realidad en los conflictos armados internacionales. Este artículo explora las relaciones de
aprendizaje que surgen entre intérpretes y militares en dichas situaciones. El enfoque metodológico se basa en la teoría del
aprendizaje situado de Lave y Wenger (1991) y en la obra de Engeström (1987, 1991, 2001, 2005) sobre comunidades de práctica, con énfasis en las
nociones de aprendizaje horizontal y pedagogías duales, aplicado al caso concreto de las Fuerzas Armadas españolas (FF.AA) que
actúan en operaciones nacionales o internacionales de pacificación o en conflictos armados. Los datos proceden de entrevistas con
militares (españoles) responsables de misiones militares internacionales o que han trabajado con intérpretes. Las conclusiones del
estudio indican el gran potencial que estas misiones tienen para el desarrollo de comunidades de práctica inter e
intraprofesionales entre intérpretes y personal militar como forma para mejorar la calidad y eficacia de la comunicación en
entornos multilingües y multiculturales cada vez más frecuentes en esta sociedad globalizada.
Feminist paratextual (re)framing of online social translation
Authors: Cheng Xiaoyi 
Published: November 2024

Abstract
This study focuses on a range of paratexts around an influential social media account in China named @subtitle girl, who dedicates herself to online feminist content production in the form of (editing) and subtitling feminist clips from English to Chinese. The study aims to identify how the feminist subtitled clips are paratextually (re)framed in the context of digital feminism. The study adopts a suitable theoretical conceptualization of paratextuality and views @subtitle girl’s translational activities under the online social translation/subtitling rubric. Different paratexts around @subtitle girl’s subtitling are examined on the macro and micro level. It is found that, on the macro level, the factual paratextual elements avatar, username, and short bio of @subtitle girl, and algorithm-generated statistics about their subtitling facilitate a (post-)feminist (self-)branding and (self-)promotion of their subtitled work. On the micro level, the hashtagged synopsis for each clip and the comments introduce, highlight, reconstruct, and repackage the subtitled feminist content for the Chinese female audience online. The study shows how the feminist (re)framing on two levels of @subtitle girl’s online social translation/subtitling is fulfilled against the backdrop of digital feminist content production: both the (self-)marketing of the producer/subtitler and the interaction between the producer/subtitler and their AV content consumers and among their consumers are valued.
Telling an expressive narrative in a foreign language
Authors: Chen Zhen , Han Zhengrui 
Published: November 2024

Abstract
This study explores the discourse expressivity of Chinese JFL (Japanese as a foreign language) learners’ Japanese
narratives in terms of the variety and use of evaluative strategies, and analyzes how the evaluation system in their first
language (L1) may be evident in their second language (L2) performance. For this reason, using the wordless picture book
Frog, where are you?, we examined the oral narratives produced by adult Japanese native speakers, adult
Chinese native speakers, and Chinese JFL learners. The findings suggest that the absence of “utterance attitudes” in the
Chinese-language narratives is evident in the Japanese-language narratives of the Chinese JFL learners; thus, the evaluation of
JFL stories is somewhat more direct, and the stories are easier to understand than those of adult JNS. However, the evaluations of
the Chinese JFL learners’ narratives also diverged from those of the adult CNS in the direction of the target language’s
norms.
Toward engaged narratology
Authors: Ovaska Anna 
Published: November 2024

Abstract
In recent years, strands of contemporary narrative theory have taken a turn toward a politically, socially, and
environmentally conscious field of study that could be characterized as ‘engaged narratology.’ Creating and disseminating
knowledge about how narratives work, these theories emphasize that narrative forms and strategies are neither universal nor
neutral; they carry out, but can also challenge, systems of inequality and marginalization. They also suggest new combinations of
theory and activism, pedagogical interventions, and community engagement models, offering tools to create social justice. This
article outlines some of these recent developments and reflects on the possibilities of ‘engaged narratology’: how it relates to
engaged research and what kinds of practices have been developed so far. As an example of engaged narratological work, it
discusses the shared close reading of Roxane Gay’s book Hunger: A Memoir of (My) Body (2017) in a multidisciplinary narrative medicine classroom.
Activist interpreting in abortion clinics
Authors: Bartłomiejczyk Magdalena , Pöllabauer Sonja , Straczek-Helios Viktoria 
Published: November 2024

Abstract
We present a case study of a group of activist interpreters Ciocia Wienia, a Vienna-based
informal pro-choice collective. The activists facilitate abortion travel from Poland to Austria, offer onsite support and
interpret in abortion clinics. We analyze original data from a corpus of 13 qualitative in-depth interviews with members and
associates of Ciocia Wienia. Based on a qualitative content analysis, this contribution investigates which
situations and stressors are described as emotionally challenging as well as which coping strategies and techniques of self-care and
mental hygiene are employed to process burdensome emotions. Our results suggest that negative feelings such as sadness,
frustration, anger, stress, and uncertainty make work in such a context emotionally taxing, even though positive emotions are
reported as well. Apart from sharing with the group and supervision, only a few activists seem to have developed a set of distinct
individual self-care and coping strategies.
Wind as a context for Newton’s first and second law and force diagrams
Authors: Watzka Bianca , Omarbakiyeva Yultuz , Hahn Larissa , Klein Pascal , Krumphals Ingrid , Rubitzko Thomas 
Published: November 2024

Abstract
Teachers commonly use examples that omit friction to teach Newton’s first and second law. Beyond the motion of planets, the flow of horizontal high-altitude winds along the isobars presents a real-world motion scenario with negligible friction. This natural phenomenon serves as an applicable context for the exploration of Newton’s first and second axioms and the vector addition of forces. This paper explores wind dynamics as a context that addresses force concepts, a relevant topic in high school physics. Here, we focus on forces affecting air parcels at high altitudes. For comparison, we also explain the wind at ground level (called surface wind), where friction plays an important role. We aim to elucidate the complexities of wind forces, offering a comprehensive understanding of how these forces interplay in real-world scenarios. Furthermore, we provide detailed examples of tasks for high school students to acquire an understanding of wind and aligning forces.
Vetting quark-star models with gravitational waves in the hierarchical Bayesian framework
Authors: Wang Ziming , Gao Yong , Liang Dicong , Zhao Junjie , Shao Lijing 
Published: November 2024

Abstract
The recent discovery of gravitational waves (GWs) has opened a new
avenue for investigating the equation of state (EOS) of dense matter in compact
stars, which is an outstanding problem in astronomy and nuclear physics. In the
future, next-generation (XG) GW detectors will be constructed, deemed to provide
a large number of high-precision observations. We investigate the potential of
constraining the EOS of quark stars (QSs) with high-precision measurements of
mass m and tidal deformability Λ from the XG GW observatories. We
adopt the widely-used bag model for QSs, consisting of four microscopic
parameters: the effective bag constant B
eff, the perturbative quantum
chromodynamics correction parameter a
4, the strange quark mass m

s
, and the
pairing energy gap Δ. With the help of hierarchical Bayesian inference,
for the first time we are able to infer the EOS of QSs combining multiple GW
observations. Using the top 25 loudest GW events in our simulation, we find that,
the constraints on B
eff and
Δ are tightened by several times, while a
4 and m

s
are still poorly
constrained. We also study a simplified 2-dimensional (2-d) EOS model which was
recently proposed in literature. The 2-d model is found to exhibit significant
parameter-estimation biases as more GW events are analyzed, while the predicted
m–Λ relation remains consistent with the full model.
Relativistic Khronon theory in agreement with modified Newtonian dynamics and large-scale cosmology
Authors: Blanchet Luc , Skordis Constantinos 
Published: November 2024

Abstract
We propose an extension of General Relativity (GR) based on a space-time foliation by
three-dimensional space-like hypersurfaces labeled by the Khronon scalar field τ. We show
that this theory (i) leads to modified Newtonian dynamics (MOND) at galactic scales for stationary
systems; (ii) recovers GR plus a cosmological constant in the strong field regime; (iii) is in
agreement with the standard cosmological model and the observed cosmic microwave background
anisotropies at linear cosmological scales, where the theory reduces to a subset of the
generalized dark matter (GDM) model. We compute the second order action on a Minkowski background
and show that it contains the usual tensor modes of GR and a scalar degree of freedom with
dispersion relation ω=0. We find that the deconstrained Hamiltonian is bounded from below
for wavenumbers larger than ∼ 10-31 eV and unbounded for smaller wavenumbers.