bluuebunny/crossref_metadata_2025_split huggingface dataset:
Pride, prejudice, and working-class furniture – A history of Gelsenkirchener Barock
Authors: Wambach Julia 
Published: December 2024

Abstract
The city of Gelsenkirchen, a center of mining located in the most industrialized part of Germany, the Ruhr region in the west, had the dubious honor of inspiring a mocking name for interior design: from the 1930s onward, the heavy, ornate furniture the working class showed a taste for was known as “Gelsenkirchen Baroque,” a term that lampooned how an ascending group did not know the difference between propriety and pompousness. While the city of Gelsenkirchen forged a “Barock Krieg” to eradicate the term in the 1950s, it chose a more successful strategy to change the feeling rules toward Gelsenkirchener Barock in the early 1990s. With the city grappling with the consequences of deindustrialization, the municipality aimed at rehabilitating its image and the original pride of the furniture’s working-class owners by celebrating a Gelsenkirchener Barock festival, the city’s biggest PR initiative to this day. Marrying conceptual history, emotions history, and design history with social history, the article goes beyond the individual case study and shows that to understand taste-making processes, the emotional politics they entailed are crucial. The highly emotional debates over value and taste in specific historical and spatial contexts are vital for grasping the development and change of feeling rules.
Modeling Phase Separation in Grain‐Fluid Mixture Flows by a Depth‐Averaged Approach With Dilatancy Effects
Authors: Sun Weihang , Wang Yongqi 
Published: December 2024

AbstractIn this work, we propose a comprehensive two‐layer depth‐averaged model to study the dynamic behavior of grain‐fluid mixtures, which considers the granular dilatancy effects and the different frictional rheologies of grains in different states. Unlike single‐phase flows, not only the interaction between granular and fluid phases significantly influence the dynamics of mixtures, but also the phase separation, so that different flow regimes can occur. These include five different possible regimes: two‐layer regimes of (a) under‐saturated mixture and (b) over‐saturated mixture as well as single‐layer regimes of (c) saturated mixture, (d) pure grains and (e) pure fluid. Most depth‐averaged models in previous studies have considered only one of these flow regimes. The present model is an improved and integrated version of these depth‐averaged models. Taking into account that the pure grains and pure fluid in the upper layer, which occur in the regimes of the under‐saturated and over‐saturated grain‐fluid mixtures, respectively, exhibit different flow features than in the lower layer of the saturated mixture, we use a two‐phase two‐layer depth‐averaged model to describe these regimes. This proposed model is possibly the first to employ a two‐layer structure to describe all possible different flow regimes simultaneously. The proposed model is then solved numerically using a high‐resolution central‐upwind scheme and shows its ability to handle different flow regimes. To demonstrate the robustness of the numerical implementation and to evaluate the performance of the model, the numerical results are compared with several experiments reported in the literature, showing a certain qualitative agreement.
Vegetation Greening Mitigates the Impacts of Increasing Extreme Rainfall on Runoff Events
Authors: Ficklin Darren L. , Touma Danielle , Cook Benjamin I. , Robeson Scott M. , Hwang Taehee , Scheff Jacob , Williams A. Park , Watson Harper , Livneh Ben , Tye Mari R. , Wang Lixin 
Published: December 2024

AbstractFuture flood risk assessment has primarily focused on heavy rainfall as the main driver, with the assumption that projected increases in extreme rain events will lead to subsequent flooding. However, the presence of and changes in vegetation have long been known to influence the relationship between rainfall and runoff. Here, we extract historical (1850–1880) and projected (2070–2100) daily extreme rainfall events, the corresponding runoff, and antecedent conditions simulated in a prominent large Earth system model ensemble to examine the shifting extreme rainfall and runoff relationship. Even with widespread projected increases in the magnitude (78% of the land surface) and number (72%) of extreme rainfall events, we find projected declines in event‐based runoff ratio (runoff/rainfall) for a majority (57%) of the Earth surface. Runoff ratio declines are linked with decreases in antecedent soil water driven by greater transpiration and canopy evaporation (both linked to vegetation greening) compared to areas with runoff ratio increases. Using a machine learning regression tree approach, we find that changes in canopy evaporation is the most important variable related to changes in antecedent soil water content in areas of decreased runoff ratios (with minimal changes in antecedent rainfall) while antecedent ground evaporation is the most important variable in areas of increased runoff ratios. Our results suggest that simulated interactions between vegetation greening, increasing evaporative demand, and antecedent soil drying are projected to diminish runoff associated with extreme rainfall events, with important implications for society.
Inequitable Spatial and Temporal Patterns in the Distribution of Multiple Environmental Risks and Benefits in Metro Vancouver
Authors: Ren Shuoqi , Giang Amanda 
Published: December 2024

AbstractThe urban environment impacts residents' health and well‐being in many ways. Environmental benefits and risks may be interactively and inequitably distributed across different populations in cities, and these patterns may change over time. Here, we assess the spatial distribution of environmental risks and benefits in pairs, considering synergies and trade‐offs, in an illustrative metropolitan area (Metro Vancouver) in Canada in the years 2006 and 2016. We classify census dissemination areas as sweet, sour, risky, or medium spots based on relative exposures for six environmental combinations: Walkability and NO2; heat stress and NO2; vegetation coverage and NO2; vegetation coverage and heat stress; walkability and accessibility to natural recreational areas; and heat stress and accessibility to natural recreational areas. We evaluate whether different population groups are disproportionately exposed to lower environmental quality based on linear regressions and other metrics. We find that while performance for individual environmental variables improved over the decade, considering their combinations, sweet spots became sweeter and sour spots became sourer. Residents with high material and social deprivation and visible minorities were disproportionately exposed to lower environmental quality in both years for most of the environmental combinations. Further, we find that these inequities were not improving over time for all groups: for instance, South Asian residents in the region faced higher disproportionate burdens or diminished access to benefits in 2016, as compared to 2006. Given these findings, we suggest considerations of cumulative exposure in prioritizing areas for intervention, targeting the sour and risky spots persistently experienced by overburdened populations.
How Much Convective Environment Subgrid Spatial Variability Is Missing Within Atmospheric Reanalysis Data Sets?
Authors: Marinescu Peter J. , van den Heever Susan C. , Grant Leah D. , Bukowski Jennie , Singh Itinderjot 
Published: December 2024

AbstractConvective cloud processes are sensitive to environmental conditions that vary on scales smaller than reanalysis data sets (sub‐reanalysis scales). Convective environment variability within areas representative of reanalysis data sets is quantified using large‐domain, high‐resolution (∆x = 100 m) simulations of convective cloud systems throughout the tropics and subtropics. Even after removing locations of resolved clouds and precipitation, convective environment parameters vary significantly on these scales. For example, for half of the simulated data, 500 hPa relative humidity varies by ∼30% within a typical reanalysis area. Surface winds, convective available potential energy, and middle‐tropospheric moisture are the most variable convective environment parameters for both continental and maritime regimes, while above‐surface temperature and winds are the least variable. While high‐resolution, sub‐reanalysis‐scale extrema are well‐correlated with the reanalysis‐area mean values, some of the most extreme convective environments can occur within regions with moderate reanalysis‐area mean values, particularly for continental regions.
Global Biomass Burning Emission Contributions to Ice Nucleating Particles
Authors: Zhao Xucheng , Jiang Ke , Ou'yang Shuyu , Li Yaojie , Wang Yang , Wang Jiandong , Zhao Nan , Shen Guofeng 
Published: December 2024

AbstractBiomass burning (BB) can produce ice nucleating particles (INPs) and influence cloud ice formation and climate effects, but the distribution and budget of BB‐induced INPs are not well understood. This study quantified INPs from BB at −17°C to −30°C and explored their spatiotemporal distributions. The results indicate that the INPs of BB aerosol were 5.42 × 1021 in 2019, approximately two orders of magnitude lower than those of dust aerosol, but much more than those of marine organic aerosol. Globally, INPs from BB were mainly influenced by wildfires, but in regions like East Asia, residential BB contributed significantly, accounting for about 57%. INPs from BB would have more pronounced effects in high latitudes of the Northern Hemisphere and parts of the Southern Hemisphere, particularly during peak wildfire periods. Thus, BB should be unignorable in evaluating the fates and impacts of INPs.
Enhancing the monitoring capability of acoustic measurement points: An optimization method for the layout of acoustic measurement points for low‐frequency transformers
Authors: Zhao Tao , Zhang Shijie , Yang Jiajun , Lin Haofan , Wang Bowen , Yang Zhi 
Published: December 2024

AbstractThe acoustic signals in the operation of low‐frequency transformer have the state information of the body, which can be monitored online by arranging acoustic measuring points. An optimization method for the layout of acoustic measuring points for low‐frequency transformers is proposed in this study. First, a model of the low‐frequency transformer acoustic field is constructed by measuring the environmental size of the transformer acoustic field. Then, the virtual acoustic source measured by the transformer acoustic signal is input into the model, and the time‐varying acoustic pressure in the acoustic field is calculated. Finally, the spectral correlation coefficients between the acoustic signals at the candidate measurement points and the virtual acoustic sources are calculated to evaluate and improve the layout of the measurement points for the low‐frequency transformer. The method in this study was used to improve the layout of acoustic measurement points for the low‐frequency transformer in the frequency conversion station in Hangzhou. The results show that the method can effectively evaluate the monitoring ability of the acoustic measurement points on the overall acoustic state of the transformer in different positions. The study provides a reference for the layout optimization of the acoustic online monitoring device for low‐frequency transformers.
The colonial republic of psychoanalysis: how psychoanalysis polices the psychic sovereignty of “Others”
Authors: Sheehi Stephen , Sheehi Lara 
Published: December 2024

Abstract
This article uses a scholarly case to analyze how psychoanalytic soft power is extended to govern and regulate the “psychic sovereignty” of “non-normative” subjects, especially racialized, gendered and sexualized subjects in, from and of the Global South. In using an example from the ways psychoanalysis circulates within France (in particular within contemporary debates of what constitutes someone who is truly “French”), we consider how the “French intellectual tradition” mobilizes -despite its critique of them--universalizing concepts of secularism and citizenry to shore up, what we call, the colonial republic of psychoanalysis. Psychoanalysis itself is a formation that collaborates and colludes with colonial power (especially in its most liberal form) through its claim to the right over the psychic sovereignty of both individuals and nations who are in proximity to French colonial and neocolonial rule. Through close critique of the recent work of Élisabeth Roudinesco (and a handful of others) as a generalized but accurate case study, this article considers how psychoanalysis and psychoanalysts police sovereignty and “innocently” lodge themselves in liberal state discourse to control, manage and designate what psyches, bodies and subjects are deserving of empathy, rights, and psychological consideration. We explore how psychoanalysis as a normative method and practice designates who is perverse and who is deviant, who are genuinely good and bad objects, and is worthy of saving or worthy of expelling.
The de Almeida–Thouless anomaly in the phase transition in the asperomagnetic state
Authors: Ginzburg S. L. 
Published: December 2024

In systems with a continuous symmetry group and with competing ferromagnetic and antiferromagnetic interactions phase transitions can occur; first, from the state of collinear ferromagnetism with ρ = 0 (ρ is the Ewald–Anderson parameter for magnetization perpendicular to the spontaneous magnetization or to the external magnetic field) to the asperomagnetic state with ρ ≠ 0, and, second, a transition to a degenerate state.
It is shown that the lines of these two phase transitions coincide. This fact is quite natural since the asperomagnetic state is, in a sense, a transverse spin glass and a phase transition to a spin glass is always accompanied by degeneracy.
Macroscopic quasiparticles in an 3He–4He quantum crystal
Authors: Anisimova O. P. , Vardanyan G. A. , Sedrakyan D. M. , Saakyan A. S. 
Published: December 2024

Vacancions, which constitute macroscopic quasiparticles, are formed in an 3He–4He solid solution in the temperature range ε,J≪T≪Δ (J is the exchange interaction energy, ε is the characteristic interaction energy of 4He atoms, and Δ is the width of the vacancy energy band).
In the range of concentrations c = n3/n4≪1 (n3 and n4 are the numbers of 3He and 4He atoms, respectively) a vacancion in a sphere with a macroscopic radius R is surrounded only by 4He atoms while in the range of concentrations c∼1 a vacancion is a macroscopic region that contains only 3He atoms, whose spins are polarized.
These quasiparticles, obviously, play a substantial role in the thermodynamic and magnetic properties of a 3He–4He crystals.
Phase transition between commensurate and incommensurate phases in a lattice and their formation
Authors: Fogel’ N. Ya. , Cherkasova V. G. 
Published: December 2024

A number of anomalies have been detected in the behavior of the critical current of superconducting films placed in a parallel magnetic field. The dependence of the critical current Ic on the field is oscillatory in nature, and in a certain range of fields and temperatures Ic does not depend on the temperature.
It is shown that the anomalous behavior is observed only in films with smooth, mutually parallel surfaces. The laws discovered are explained on the basis of concepts concerning a phase transition between commensurate and incommensurate phase in a lattice of vortices and their images.
The commensurate phase corresponds to the formation of a regular periodic lattice, in which case the fixed period of the lattice of images that is determined by the thickness of the film is equal to or a multiple of the period of the vortex lattice in the film, which is determined by the value of the external magnetic field.
Effect of H2O and CO2 on CO oxidation over Pt/SSZ-13 with active sites regulated by Lewis acidity
Authors: Li Yunhe , Ma Yanming , Wei Yilin , Liang Peiyuan , Yu Yixuan , Pei Wei , Sun Tianjun 
Published: December 2024

Strategies for controlling the size of metal species using zeolites and their catalytic behavior in industrially relevant processes have attracted widespread attention, but the effect of H2O and CO2 on the catalytic performance of zeolite-based metal catalysts remains obscure. This study investigated the influence of H2O and CO2 on CO oxidation over zeolite-based metal catalysts, along with the precise control of active sites through the regulation of Lewis acidity. It was found that the presence of H2O enhanced CO oxidation and alleviated the inhibitory effect of CO2. Abundant Lewis acid sites of low SiO2/Al2O3 ratios in the Pt/SSZ-13 catalyst facilitate Pt dispersion (61.07%), a high Ptn+/Pt ratio (4.43), and small Pt particles (2.31 nm) formation. In situ DRIFTS revealed that CO2 inhibits CO adsorption and the decomposition of carbon intermediates. Water alters the CO adsorption configuration of Pt0, thereby weakening the Pt–CO bond to promote the CO oxidation reaction. Meanwhile, water dissociated into hydroxyl groups on the surface adsorbs oxygen species, participating in reactions and promoting CO2 production from carbon intermediates. H218O isotope labeling experiments validated the water involvement in the reaction and emphasized the importance of the presence of oxygen species during the water dissociation process. Regulation of Lewis acid sites promotes the Ptn+ species formation, enhancing the CO oxidation activity, while Pt0 species enhance the water-promotion effect.
Balancing future food security and greenhouse-gas emissions from animal-sourced protein foods in Southeast Asia
Authors: Hegarty R. S. , Tee T. P. , Liang J. B. , Abu Hassim H. , Zainudin M. H. M. , Azizi A. A. , Widiawati Y. , Pok S. , Candyrine S. C. L. , Rusli N. D. 
Published: December 2024

Southeast Asia’s human population is expected to rise by 100 million between 2023 and 2050, with an associated rise in animal-product output in the region’s low- to middle-income countries. Countries with the largest population are forecast to continue their increasing poultry consumption, with regional pig meat consumption also to rise, but much less than in China to the north, and much less in Muslim-dominant countries. The forecast growth in the regional ruminant population is more modest and the farm-gate greenhouse gas (GHG) cost per unit of human food protein generated is much higher for ruminant meat (203–584 kg carbon dioxide equivalents (CO2e)/kg protein) than for pig meat (18 kg/kg) or poultry (4 kg/kg). Changing human diets away from ruminant or any animal-sourced protein, is being explored to increase the human food supply at a lower GHG cost. However, with small-holder livestock production systems dominant across many regional countries, the social, land-use and broader economic roles of ruminants need consideration. Strategies to expand ruminant production but with a reduced GHG unit cost (emission intensity) are being pursued. Increasing individual animal-product output, largely through simple animal health and nutritional management decisions, can allow future food targets to be met at a lower GHG emission than if this additional food was produced by business-as-usual livestock production systems. Because the Paris Agreement recognises the priority of food provision over emission abatement, it seems reasonable that much of Southeast Asia should pursue emission intensity targets more than absolute emission targets, and reflect this in their nationally determined contributions (NDCs). Emission-intensity intentions are already apparent not just in NDCs but in emerging carbon markets.
Evaluation between grammar and context
Authors: Dobrushina Nina 
Published: December 2024

Abstract
This paper analyzes how the grammatical meaning of qualitative evaluation is developed in optatives which denote
blessings and curses. Based on the analysis of several Turkic forms and several Russian constructions, this study distinguishes
the grammatical meaning of evaluation from a pragmatic implication arising in particular contexts. It shows that grammatical items
that have evaluative usages often exhibit a certain “fluidity”, with positive or negative interpretation specified by the context.
Positive or negative evaluation comes as a pragmatic satellite, and even if the category generally leans towards a negative (or
positive) interpretation, it can in certain contexts display the opposite evaluation. Based on this approach, the paper suggests
two different paths of the development of grammatical markers which denote qualitative evaluation.
Grounding lists
Authors: Dankel Philipp , Titze Simon , Schröder Ulrike 
Published: December 2024

Abstract
Drawing on findings from three distinct corpora encompassing interactions in Spanish, Portuguese, and German, this
study investigates the role of lists as strategic devices employed by interlocutors in everyday storytellings and positioning
activities to establish common ground (CG). Termed ‘grounding lists’, our research identifies them as a distinct communicative
practice for dynamically co-building CG. We found three domains to be most relevant in our data: (a) Personal CG emerging from
biographically shared experiences, (b) Communal CG emerging from shared cultural knowledge, and (c) Communal CG emerging from
shared everyday knowledge. Our findings reveal the primary characteristics of grounding lists being stylized prosody, reduced
itemization, general extenders, lexical elements or quotatives in the onset projecting generalizability, early affiliation,
reported speech, as well as gestural depiction. Through empirical analysis, we demonstrate the extent to which each type of CG
aligns with these identified features of grounding lists and highlight that it is particularly the dominant use of the list as an
abstract gestalt, less as a sedimented practice in itself, that defines grounding lists. This kind of list is strongly marked by
its gestalt projection, enabling intersubjectivity and co-building of CG through animated speech and gestural enactment.
Quadrupolar power radiation by a binary system in a hyperbolic encounter on de Sitter background
Authors: Blanc Michael , Jetzer Philippe , Tiwari Shubhanshu 
Published: December 2024

Abstract
The present cosmological model and the surveys favor the Universe with a small but positive cosmological constant Λ, which accounts for dark energy and causes an exponential expansion. This can have observational consequences in the current detection of gravitational waves, as most of the waveforms for gravitational radiation are computed assuming a flat (Minkowski) background. In this work, we compute gravitational radiation within the quadrupole approximation on a positive Λ (de Sitter) background for a binary system interacting gravitationally through a hyperbolic encounter. We quantify the influence of the cosmological constant on the radiated energy as small corrections to the leading order Minkowski background results. The first order de Sitter background correction is of the order

Λ

, and is thus extremely small. Therefore, the cosmological constant influence on the gravitational radiation is negligible and may not be detected with the existing or planned gravitational wave detectors.