bluuebunny/crossref_metadata_2025_split huggingface dataset:
Impact of Electrode Defects on Battery Cell Performance: A Review
Authors: du Baret de Limé Arnaud , Lein Tobias , Maletti Sebastian , Schmal Karoline , Reuber Sebastian , Heubner Christian , Michaelis Alexander 
Published: August 2022

AbstractThe continuing rise of electric mobility is driving demand for lithium‐ion batteries to unprecedented levels. To ensure efficient production of high quality, yet affordable battery cells, while making the best use of available raw materials and processes, reasonable quality assurance criteria are needed. A step of particular importance, affecting all downstream processes, lies in electrode manufacturing including mixing, coating, drying, and calendering. Several classes of defects which originate in these processes are well‐known and detectable using various methods. The crucial point, however, lies in the quantification of their electrochemical significance, i. e., in an evaluation, which defect types, sizes and concentrations can be tolerated without impacting cell performance. Herein, we review the still scarce literature on that topic. It is found that, although the impact of some defects is quite well understood, others almost completely lack an evaluation of their criticality. We finally make suggestions for further studies paving the way to deduce knowledge‐based quality assurance criteria for the large variety of coating defects occurring in lithium‐ion battery electrodes.
It Leaves a Bad Taste in Your Mouth: How Corporate Social Irresponsibility Impacts Consumption Experiences
Authors: Green Todd , John Peloza  , Antonia Mantonakis  , Jingzhi Shang  
Published: August 2022

AbstractAcross three experiments, we examined the impact of both corporate social responsibility (CSR) and corporate social irresponsibility (CSIR) on consumer taste evaluations. The current research demonstrates that CSIR information consistently negatively impacts perceptions of taste across both hedonic and utilitarian food products. Specifically, it translates to perceptions of inferior taste in food products, an effect mediated by both guilt and quality perceptions. Notably, the majority of CSR research focuses on attitudes toward the firm versus actual product experiences. Accordingly, firms should consider how information related to CSR/CSIR can impact not only attitudes toward the firm but the consumption experiences with specific products.
Tectonic affinity of the Zhusileng–Hangwula Belt in the northern Alxa area: Evidence from the zircon U–Pb ages and Hf isotopic compositions of the Mesoproterozoic (~1.4 Ga) igneous rocks
Authors: Deng Wen Bing , Shao Zhao Gang , Xu Hai Jin , Yi Jin Jun , Wang Zeng Zhen , Xu Da Xing , Zhang Su Jiang 
Published: August 2022

Precambrian rocks are necessary to understand the tectonic and crustal evolution of the Central Asian Orogenic Belt, especially the tectonic affinities of embedded microcontinents. We conducted a combined analysis of whole‐rock geochemistry, zircon U–Pb geochronology, and Hf isotope on the Mesoproterozoic igneous rocks from the Zhusileng–Hangwula Belt of the northern Alxa area to investigate its tectonic affinity. The zircon ages show that the gneissic granites, metagabbro, and amphibolite formed at 1,433–1,424 Ma, 1,383, and 1,373 Ma, respectively. Furthermore, zircon xenocrysts from the rhyolite in the Zhusileng area exhibit a206Pb/238U ages cluster at about 1.4 Ga. Geochemically, the gneissic granites are high‐potassium calc‐alkaline granitoids and exhibit light rare earth element‐enriched pattern, pronounced significant negative Eu anomalies, negative Nb–Ta anomalies, positiveεHf(t) values (3.2–11.3), and young two‐stage model ages (2.21–1.46 Ga), indicating that they were derived from a magma source of rapid reworking of juvenile mantle‐derived materials with a limited ancient crustal contamination. The FeOT, CaOm and MgO contents of mategabbros and amphibolite are high, but their total rare earth elements are relatively low (TREE = 31.45–32.74). They are characterized by relatively positive zirconεHf(t) values (5.3–11.0), and very young two‐stage model ages (1.98–1.49 Ga), indicating that they were generated from the depleted mantle. Our geochemical data suggest that these Mesoproterozoic rocks in the Zhusileng–Hangwula Belt are consistent with the formation period and tectonic environment of juvenile basement rocks from the Central Tianshan Arc and southern Beishan Orogenic Belt, whereas a Mesoproterozoic correlation with the Tarim Craton is highly unlikely. Thus, we believe that the Zhusileng–Hangwula Belt has an analogous tectonic evolution and a close affinity with the Central Tianshan Arc and southern Beishan Orogenic Belt during the Mesoproterozoic.
Sediment sources and transport dynamics in large, regulated river systems with multiple lakes and reservoirs in the subarctic region of Canada
Authors: Goharrokhi Masoud , McCullough Gregory K. , Lobb David A. , Owens Philip N. , Koiter Alexander J. 
Published: August 2022

AbstractThe Burntwood River (BR) and Upper Nelson River (UNR) are regulated rivers in the subarctic region of Canada. They merge at Split Lake and then discharge into Hudson Bay via the Lower Nelson River (LNR). The BR water discharge was increased eight‐fold by a cross‐watershed diversion in 1976. The UNR drains the 11th largest lake in the world, Lake Winnipeg, which itself receives discharge from a large North American Interior Plains watershed. Sediment loads and the source fingerprinting approach in these rivers were used to: (a) identify the sediment sources; (b) examine the impact of climate change and flow regulation on the BR and UNR sediment loads; and (c) assess the influence of Split Lake on downstream delivery of sediment into the LNR. Lake Winnipeg effectively decouples the UNR from the sediment sources in its prairie watershed. Fluvial riverbank and reservoir shoreline erosion in the UNR increased in the late 1990s, in response to a multi‐decadal increase in discharge forced by climate change in the Lake Winnipeg watershed. The BR sediment load was increased seven‐fold by diversion. Since diversion, flow regulation near the licenced limit has muted the response to variability in local precipitation and runoff; however, erosion processes independent from discharge (bank failures and subaerial processes) add variability in the sediment load record. Based on sediment budgeting, Split Lake conveys almost 80% of the BR and UNR sediment load into the LNR. The greater sediment load in the UNR (~1100 Gg year−1, compared to ~530 Gg year−1 from the BR) reveals that the UNR is the primary sediment source into the LNR, so that downstream sediment transport dynamics are more sensitive to the environmental changes in the UNR than to disturbances in the BR. Whether this may change in the future depends on changes in climate and engineering responses to increasing demand for hydroelectric power.
The impact of International Financial Reporting Standards adoption on the integration of capital markets
Authors: Zahid R. M. Ammar , Simga‐Mugan Can 
Published: August 2022

AbstractIntegrated capital markets provide better risk sharing and market efficiency, but presence of different barriers such as information asymmetry across borders hinders these benefits. This study investigates whether the adoption of International Financial Reporting Standards (IFRS) (uniform accounting standards) impacts the integration of worldwide capital markets by decreasing financial information frictions. Staggered adoption dates with price‐based measures (Beta and Sigma Convergence) of integration are used to measure the incremental impact of IFRS adoption on integration. The sample includes all the countries with capital markets that have benchmark indices and price data available. Overall statistical results suggest no significant impact of IFRS adoption on capital market integration.
Vitrimerization of rigid thermoset polyurethane foams: A mechanochemical method to recycle and reprocess thermosets
Authors: Bandegi Alireza , Montemayor Maya , Manas‐Zloczower Ica 
Published: August 2022

AbstractPolyurethane (PU) thermosets are extensively used in different applications and recycling the large amount of PU thermoset waste remains a universal challenge. Recycling the thermoset waste through vitrimerization is a feasible, cost‐effective, and environmental‐friendly approach. In this work, triazabicyclodecene (TBD) is used as organocatalyst in the vitrimerization process to recycle and reprocess thermoset rigid polyurethane foams. The results show that the permanent crosslinked structure of the PU thermoset foam is converted to a dynamic network upon vitrimerization. The vitrimerized network can rapidly relax the stress in 10 s at temperatures as low as 120°C. The topology rearrangement happens through the carbamate exchange reaction, mainly via a dissociative mechanism. The vitrimerized network retains high mechanical strength with Young's Modulus of 2.7 GPa and tensile strength of 76.4 MPa and can be reprocessed for a second time without addition of extra catalyst and without loss in mechanical properties. The vitrimerized network can also be foamed by applying small pressure at high temperatures.
T-DominO
Authors: Gaier Adam , Stoddart James , Villaggi Lorenzo , Bentley Peter J. 
Published: August 2022

AbstractReal-world design problems are a messy combination of constraints, objectives, and features. Exploring these problem spaces can be defined as a Multi-Criteria Exploration (MCX) problem, whose goals are to produce a set of diverse solutions with high performance across many objectives, while avoiding low performance across any objectives. Quality-Diversity algorithms produce the needed design variation, but typically consider only a single objective. We present a new ranking, T-DominO, specifically designed to handle multiple objectives in MCX problems. T-DominO ranks individuals relative to other solutions in the archive, favoring individuals with balanced performance over those which excel at a few objectives at the cost of the others. Keeping only a single balanced solution in each MAP-Elites bin maintains the visual accessibility of the archive – a strong asset for design exploration. We illustrate our approach on a set of easily understood benchmarks, and showcase its potential in a many-objective real-world architecture case study.
Universal Procedure for Correction of Plasticity Effect in Hole-Drilling Uniform Residual Stress Measurement
Authors: Halabuk D. , Návrat T. 
Published: August 2022

Abstract
Background
The hole-drilling method is a well-known and widely used technique for the determination of residual stresses, but is limited to materials with linear elastic behaviour. This can be a problem when high residual stresses are measured, since a local yielding can occur due to stress concentration around the drilled hole.

Objective
If the residual stress exceeds about 80% of the material yield stress, the error caused by the plasticity effect becomes significant. In order to correctly evaluate high uniform residual stresses, a universal procedure for a correction of the plasticity effect is introduced.

Methods
The procedure uses a neural network and is capable of correcting any combination of uniform residual stresses with magnitudes up to the material yield stress. It also covers a wide range of material parameters, hole diameters, and strain gauge rosettes and it is independent of the orientation of the strain gauge rosette.

Results
The correction procedure was tested by more than a million randomly generated stress states that covered the entire range of input parameters and performs remarkably well, since the error of the corrected residual stresses is negligible even for the states with residual stress magnitudes equal to the material yield stress.

Conclusions
The proposed correction extends the application range of the hole-drilling method to high uniform residual stresses and therefore can be very useful for practical measurements.
Measuring statistical learning by eye-tracking
Authors: Zolnai Tamás , Dávid Dominika Réka , Pesthy Orsolya , Nemeth Marton , Kiss Mariann , Nagy Márton , Nemeth Dezso 
Published: August 2022

Abstract
Statistical learning—the skill to pick up probability-based regularities of the environment—plays a crucial role in adapting to the environment and learning perceptual, motor, and language skills in healthy and clinical populations. Here, we developed a new method to measure statistical learning without any manual responses. We used the Alternating Serial Reaction Time (ASRT) task, adapted to eye-tracker, which, besides measuring reaction times (RTs), enabled us to track learning-dependent anticipatory eye movements. We found robust, interference-resistant learning on RT; moreover, learning-dependent anticipatory eye movements were even more sensitive measures of statistical learning on this task. Our method provides a way to apply the widely used ASRT task to operationalize statistical learning in clinical populations where the use of manual tasks is hindered, such as in Parkinson’s disease. Furthermore, it also enables future basic research to use a more sensitive version of this task to measure predictive processing.
Quantifying folk perceptions of dialect boundaries. A case study from Tuscany (Italy)
Authors: Calamai Silvia , Piccardi Duccio , Nodari Rosalba 
Published: August 2022

AbstractThis paper aims to understand the contribution of geographical information in the perception of linguistic variation. A total of 813 mental maps collected among young speakers from different cities in Tuscany have been analyzed via an open-access web dialectometric tool (Gabmap). In particular, the study seeks to verify the role of geographic distance and the place of residence of the respondents in modeling perceived variation. The relationship between dialect grouping as made by linguists and perceived taxonomies of sublinguistic areas is also investigated. Results show that geographical proximity between mapped areas significantly predicts the perception of dialect similarity. Our participants made their decisions looking at (1) a keen sense of spatial contiguity, and (2) the synchronic presence of linguistic differences between the Tuscan subregions. Moreover, classification uncertainty grows when the mapped areas are very close to, or very distant from, the participants’ places of residence. Methodological and linguistic perspectives of mental maps in folk linguistics are finally discussed.
Sex differences in risk factors that predict progression from mild cognitive impairment to Alzheimer’s dementia
Authors: Berezuk Courtney , Khan Maleeha , Callahan Brandy L. , Ramirez Joel , Black Sandra E. , Zakzanis Konstantine K. ,   for the Alzheimer’s Disease Neuroimaging Initiative
Published: August 2022

AbstractObjectives:To evaluate whether cerebrospinal fluid biomarkers, apolipoprotein e4, neuroimaging abnormalities, and neuropsychological data differentially predict progression from mild cognitive impairment (MCI) to dementia for men and women.Methods:Participants who were diagnosed with MCI at baseline (n = 449) were classified as either progressing to Alzheimer’s dementia at follow-up or as not progressing. Men and women were first compared using bivariate analyses. Sex-stratified Cox proportional hazard regressions were performed examining the relationship between baseline data and the likelihood of progressing to dementia. Sex interactions were subsequently examined.Results:Cox proportional hazard regression controlling for age and education indicated that all variables significantly predicted subsequent progression to dementia for men and women. Sex interactions indicated that only Rey Auditory Verbal Learning Test (RAVLT) delayed recall and Functional Activities Questionnaire (FAQ) were significantly stronger risk factors for women. When all variables were entered into a fully adjusted model, significant risk factors for women were Aβ42, hippocampal volume, RAVLT delayed recall, Boston Naming Test, and FAQ. In contrast, for men, Aβ42, p-tau181, p-tau181/Aβ42, hippocampal volume, category fluency and FAQ were significant risk factors. Interactions with sex were only significant for p-tau181/Aβ42 and RAVLT delayed recall for the fully adjusted model.Conclusions:Men and women with MCI may to differ for which factors predict subsequent dementia although future analyses with greater power are needed to evaluate sex differences. We hypothesize that brain and cognitive reserve theories may partially explain these findings.
Tracking reading development in an English language university-level bridging program: evidence from eye-movements during passage reading
Authors: Schmidtke Daniel , Rahmanian Sadaf , Moro Anna L. 
Published: August 2022

AbstractIncreasing numbers of international students enter university education via English language bridging programs. Much research has overlooked the nature of second language reading development during a bridging program, focusing instead on the development of literacy skills of international students who already meet the language requirement for undergraduate admission. We report a longitudinal eye-movement study assessing English passage reading efficiency and comprehension in 405 Chinese-speaking bridging program students. Incoming IELTS reading scores were used as an index of baseline reading ability. Linear mixed-effects regression models fitted to global eye-movement measures and reading comprehension indicated that despite initial between-subjects differences, within-subject change at each ability level progressed at the same rate, following parallel growth trajectories. Therefore, there was significant overall reading progress during the bridging program, but no evidence that the gap between low and high ability readers either closed or widened over time.
Associations between maternal exposure to surgery or pregnancy exposure to fluorinated anesthetics and children’s cognitive development and educational outcomes
Authors: Kravets Melissa E. , Klebanoff Mark A. , Keim Sarah A. 
Published: August 2022

AbstractA transgenerational, epigenetic effect of anesthesia, particularly fluorinated agents, has been examined in rat models, but translation to humans is unclear. This study examined associations of maternal lifetime exposure to anesthesia and pregnancy exposure to fluorinated anesthetics with child cognitive and educational outcomes. Women in the US Collaborative Perinatal Project (1959–1963) reported lifetime history of surgeries, and the obstetric record captured pregnancy exposure to anesthetics. Children were followed to age 7 for global cognitive ability and educational outcomes (n=47,977). Logistic and linear regressions were adjusted for maternal and child birth years, race and ethnicity, smoking, education, parity, study site. Many outcomes were not associated with exposure to maternal surgery that occurred at various life stages. However, maternal surgery in early childhood was associated both with being in a special school or not in school (adj OR=1.42; 95% CI 1.02, 1.98) and with slightly better cognitive ability across childhood (e.g., WISC IQ (adj β=0.59; CI 0.13, 1.04) (especially among boys)). Maternal surgery in puberty was associated with slightly lower IQ (adjβ = –0.42; CI –0.79, –0.05) and poorer spelling at age 7. Children’s prenatal exposure to fluorinated anesthetics was associated with slightly better spelling ability (adjβ= 1.20; CI 0.02, 2.38) but lower performance IQ at age 7 (only among boys, adjβ = –1.97; CI –3.88, –0.06). This study shows inconsistent evidence of effects of maternal exposure to surgery or prenatal exposure to fluorinated agents on child developmental and educational outcomes Residual confounding by indication and socioeconomic status may explain observed associations.
Across‐Slab Propagation and Low Stress Drops of Deep Earthquakes in the Kuril Subduction Zone
Authors: Turner Alice R. , Ferreira Ana M. G. , Berbellini Andrea , Brantut Nicolas , Faccenda Manuele , Kendall Elodie 
Published: August 2022

AbstractDeep earthquakes occur down to 700 km depth where pressure is up to two orders of magnitude greater than in the crust. Rupture characteristics and propagation mechanisms under those extreme conditions are still poorly constrained. We invert seismic waveforms for the spatial dimensions, duration and stress drop of deep‐focus earthquakes (Mw6.7–7.7) in the Kuril subduction zone. We find stress drops of ∼1–10 MPa and rigidity‐corrected spatial dimensions and durations similar to crustal earthquakes. Radiated efficiency >1 is observed, suggesting that undershooting is prevalent in deep earthquakes, consistent with laboratory derived weakening mechanisms. Comparisons with subduction models suggest across‐slab propagation within regions with temperaturesT < ∼ 1,000°C, similar to shallow events. Hence, despite different triggering mechanisms, the same physics seems to control the rupture propagation of both shallow and deep earthquakes.
A pristine record of outer Solar System materials from asteroid Ryugu’s returned sample
Authors: Ito Motoo , Tomioka Naotaka , Uesugi Masayuki , Yamaguchi Akira , Shirai Naoki , Ohigashi Takuji , Liu Ming-Chang , Greenwood Richard C. , Kimura Makoto , Imae Naoya , Uesugi Kentaro , Nakato Aiko , Yogata Kasumi , Yuzawa Hayato , Kodama Yu , Tsuchiyama Akira , Yasutake Masahiro , Findlay Ross , Franchi Ian A. , Malley James A. , McCain Kaitlyn A. , Matsuda Nozomi , McKeegan Kevin D. , Hirahara Kaori , Takeuchi Akihisa , Sekimoto Shun , Sakurai Ikuya , Okada Ikuo , Karouji Yuzuru , Arakawa Masahiko , Fujii Atsushi , Fujimoto Masaki , Hayakawa Masahiko , Hirata Naoyuki , Hirata Naru , Honda Rie , Honda Chikatoshi , Hosoda Satoshi , Iijima Yu-ichi , Ikeda Hitoshi , Ishiguro Masateru , Ishihara Yoshiaki , Iwata Takahiro , Kawahara Kosuke , Kikuchi Shota , Kitazato Kohei , Matsumoto Koji , Matsuoka Moe , Michikami Tatsuhiro , Mimasu Yuya , Miura Akira , Mori Osamu , Morota Tomokatsu , Nakazawa Satoru , Namiki Noriyuki , Noda Hirotomo , Noguchi Rina , Ogawa Naoko , Ogawa Kazunori , Okada Tatsuaki , Okamoto Chisato , Ono Go , Ozaki Masanobu , Saiki Takanao , Sakatani Naoya , Sawada Hirotaka , Senshu Hiroki , Shimaki Yuri , Shirai Kei , Sugita Seiji , Takei Yuto , Takeuchi Hiroshi , Tanaka Satoshi , Tatsumi Eri , Terui Fuyuto , Tsukizaki Ryudo , Wada Koji , Yamada Manabu , Yamada Tetsuya , Yamamoto Yukio , Yano Hajime , Yokota Yasuhiro , Yoshihara Keisuke , Yoshikawa Makoto , Yoshikawa Kent , Fukai Ryota , Furuya Shizuho , Hatakeda Kentaro , Hayashi Tasuku , Hitomi Yuya , Kumagai Kazuya , Miyazaki Akiko , Nishimura Masahiro , Soejima Hiromichi , Iwamae Ayako , Yamamoto Daiki , Yoshitake Miwa , Yada Toru , Abe Masanao , Usui Tomohiro , Watanabe Sei-ichiro , Tsuda Yuichi 
Published: August 2022

AbstractVolatile and organic-rich C-type asteroids may have been one of the main sources of Earth’s water. Our best insight into their chemistry is currently provided by carbonaceous chondritic meteorites, but the meteorite record is biased: only the strongest types survive atmospheric entry and are then modified by interaction with the terrestrial environment. Here we present the results of a detailed bulk and microanalytical study of pristine Ryugu particles, brought to Earth by the Hayabusa2 spacecraft. Ryugu particles display a close compositional match with the chemically unfractionated, but aqueously altered, CI (Ivuna-type) chondrites, which are widely used as a proxy for the bulk Solar System composition. The sample shows an intricate spatial relationship between aliphatic-rich organics and phyllosilicates and indicates maximum temperatures of ~30 °C during aqueous alteration. We find that heavy hydrogen and nitrogen abundances are consistent with an outer Solar System origin. Ryugu particles are the most uncontaminated and unfractionated extraterrestrial materials studied so far, and provide the best available match to the bulk Solar System composition.