bluuebunny/crossref_metadata_2025_split huggingface dataset:
The complex relationship between credit and liquidity risks: a linear and non-linear analysis for the banking sector
Authors: Bouslimi Jihen , Hakimi Abdelaziz , Zaghdoudi Taha , Tissaoui Kais 
Published: April 2024

AbstractThis article explores the reciprocal link between credit risk and liquidity risk in Tunisia. To the best of our knowledge, no study has examined the linear and non-linear relationships between credit risk (CR) and liquidity risk (LR) taken in both directions. We utilized a sample of Tunisian banks from 2000 to 2018 to investigate this link in both causative directions and within a linear and non-linear framework. Unlike previous investigations, we used two empirical approaches. The linear link was assessed using the Seemingly Unrelated Regression (SUR) model, whilst the non-linear correlation was investigated using the Panel Smooth Transition Regression (PSTR) model.The results of the linear analysis show that credit and liquidity risks are positively related in both directions. The non-linear analysis proves that there is a threshold impact in both connections. More specifically, we discovered that the NPLs ratio, which measures credit risk, is 9.87%, while the LTD ratio measures liquidity risk, which is 102%. Below this threshold, there is a negative and significant relationship; beyond these thresholds, the effect is positive but only significant for the influence of credit risk on liquidity risk.
Folk religion as the “life-world”: revival of folk beliefs and renewal of religious categorization in contemporary China
Authors: Chi Shuai , Liu Chao 
Published: April 2024

AbstractReligious studies in the past paid more attention to the changes of institutional religion than to the status characteristic of folk beliefs. This paper argues that religious categorization based on institutional religion is not conducive to understanding the cultural and religious life of Chinese society, but rather leads to the stigmatization of folk religion and the reduction of the life-world. From this perspective, the historical development of folk religion affects the relationship between national elites, institutionalized religion, and civil society. Folk religion can be foregrounded and exerts great impact on the rise and fall of institutional religion. The folk religion revival in contemporary China and the development of related studies also promote the renewal of religious categorization. The revival of folk religion in the new millennium can consequently facilitate social integration and provide new possibilities for overcoming institutional religion’s exclusiveness and for increasing the cultural diversity of Chinese society.
Improved continuous measurement system for atmospheric total peroxy and total organic nitrate under the high NOx condition
Authors: Ohara Nagomi , Shioji Takahiro , Matsumoto Jun , Inomata Satoshi , Sakamoto Yosuke , Kajii Yoshizumi , Shiigi Hiroshi , Sadanaga Yasuhiro 
Published: April 2024

We improved the thermal dissociation cavity attenuated phase shift spectroscopy (TD-CAPS) instrument to measure atmospheric total peroxy nitrates (PNs) and organic nitrates (ONs) continuously under the condition of high NOx. In TD-CAPS, PNs and ONs are dissociated in heated quartz tubes to form NO2, and the NO2 concentration is measured by cavity attenuated phase shift spectroscopy (CAPS). The original TD-CAPS system overestimates PN and ON concentrations in the presence of high NO concentrations. Our laboratory experiments and numerical simulations showed that the main cause of the overestimation was NO oxidation to NO2 by peroxy radicals generated in the heated quartz tubes. In the improved system, NO was converted to NO2 by adding excess O3 after the quartz tubes so that CAPS detected NOx (NO and NO2) instead of NO2. The uncertainty of the improved system was less than 20% with ∼15 parts per billion by volume (ppbv) NO and ∼80 ppbv NO2. The estimated detection limit (3σ) was 0.018 ppbv with an integration time of 2 min in the presence of 64 ppbv NO2. The improved system was tested for measurement of PNs and ONs in an urban area, and the results indicated that interference from NO was successfully suppressed.
Dielectric properties of low-temperature-grown homoepitaxial (−201) β-Ga2O3 thin film by atmospheric pressure plasma-assisted CVD
Authors: Islam Md. Earul , Shimamoto Kento , Yoshimura Takeshi , Fujimura Norifumi 
Published: April 2024

The atmospheric pressure plasma-assisted chemical vapor deposition technique has successfully demonstrated unintentionally doped (UID) Ga2O3 growth at 350 °C. This technique allows independent and homogeneous multiple nuclei growth of Ga2O3, leading to three-dimensional grain growth at a rate of ⁓0.17 μm/h. In the study of Schottky barrier diodes, the Schottky-like current (I)–voltage (V) response shows typical behavior on Ga2O3. This is a good sign at an early stage of device development on the grown sample. The extracted barrier height of ⁓2.20 eV was higher, which may be due to unintentional PtOx formation on the Ga2O3 surface. Furthermore, the extracted capacitance (C)–voltage (V) depth profiling of the effective impurity concentration was nearly flat, ⁓1.5 × 1017 cm−3, in the unintentionally doped grown film. The effective impurity concentration is comparable to the UID carrier concentration of epitaxial films fabricated using the high temperature growth technique. Therefore, low-temperature-grown homoepitaxial Ga2O3 thin films grown by atmospheric pressure-plasma-assisted chemical vapor deposition can be used in future Ga2O3-based power device applications.
Structure determination of alkali trimers on helium nanodroplets through laser-induced Coulomb explosion
Authors: Kranabetter Lorenz , Kristensen Henrik H. , Schouder Constant A. , Stapelfeldt Henrik 
Published: April 2024

Alkali trimers, Ak3, located on the surface of He nanodroplets are triply ionized following multiphoton absorption from an intense femtosecond laser pulse, leading to fragmentation into three correlated Ak+ ions. Combining the information from threefold covariance analysis of the emission direction of the fragment ions and their kinetic energy distributions P(Ekin), we find that Na3, K3, and Rb3 have an equilateral triangular structure, corresponding to that of the lowest lying quartet state A2′4, and determine the equilibrium bond distance Req(Na3) = 4.65 ± 0.15 Å, Req(K3) = 5.03 ± 0.18 Å, and Req(Rb3) = 5.45 ± 0.22 Å. For K3 and Rb3, these values agree well with existing theoretical calculations, while for Na3, the value is 0.2–0.3 Å larger than the existing theoretical results. The discrepancy is ascribed to a minor internuclear motion of Na3 during the ionization process. In addition, we determine the distribution of internuclear distances P(R) under the assumption of fixed bond angles. The results are compared to the square of the internuclear wave function |Ψ(R)|2.
Broadband spin-filtered minimalistic magnetic tunnel junction
Authors: Chakraborti Sabarna , Krishna Korra Vamshi , Singh Virendra , Sharma Abhishek 
Published: April 2024

The tri-layer magnetic tunnel junction (MTJ) has surfaced as a building block for engineering next-generation integrated circuits while combining the attributes of non-volatility and meager energy consumption. Nevertheless, the perceptible switching energy (≈20–50 fJ/bit) and sub-optimal tunnelmagnetoresistance (TMR) (≈200%–300%) have acted as major hindrances, concealing its potential to supersede the capabilities of static and dynamic random access memories. In this work, we introduce a novel device that features a minimalistic non-uniform heterostructure/superlattice instead of the oxide layer in a conventional MTJ and analyze it in the premise of the self-consistent coupling of the Non-Equilibrium-Green’s Function (NEGF) and the Landau-Liftshitz-Gilbert-Slonczewski (LLGS) equation. We ascertain that the coupling of the electrodes to the proposed heterostructure renders a highly spin-selective broadband transmittance, thereby enabling a towering TMR (%) of 3.7 × 104% along with a significant reduction in the spin transfer torque (STT) switching energy (≈1.96 fJ). Furthermore, the sizable slonczewski term (Is‖) originating from the heterostructure facilitates a swift STT-switching within the scale of a few hundred picoseconds (≈400 ps).
Persistent currents of ultrarelativistic plasma-encased endofullerene molecules entrapping a H atom
Authors: Bahar Mustafa Kemal 
Published: April 2024

Abstract
In this work, for the first time in the relevant literature, the persistent currents (PC) and induced magnetic fields (IMF) of an endofullerene molecule entrapping a hydrogen atom, under spherical confinement, are investigated. The endofullerene molecule is enclosed within a spherical region and embedded in a plasma environment. The plasma environment is depicted with the more general exponential cosine screened Coulomb potential, and its relevant effects are analyzed by considering plasma screening parameters. The relevant model for endohedral confinement is the Woods–Saxon confinement potential, which is compatible with experimental data. The effects of various forms of C

n
are thoroughly elucidated via the analysis of the confinement depth, spherical shell thickness, the inner radius, and the smoothing parameters. To find the bound states in the spherically confined endofullerene, the decoupling of the second-order Dirac equation for the large and small components of the radial atomic wave functions is considered. The Dirac equation with the interaction potential is solved numerically by using the Runge–Kutta–Fehlberg method via the decoupling formalism. The influence of spin orientations on the PC and IMF is also elucidated. The effects of spherical confinement, plasma shielding, and the structural properties of the fullerene on the PC and IMF are thoroughly viewed. Moreover, under given physical conditions, the optimal ranges of these effects are determined.
Non-Gaussian feature of the output field from a double qubit-cavity ultrastrong coupling system
Authors: Xu Sheng-wen , Dai Shi-yu , Zhao Teng 
Published: April 2024

Abstract
We investigate the non-Gaussian feature of radiation in a circuit quantum electrodynamics (QED) system where two qubits are strongly coupled to a single-mode cavity. In the regime of ultrastrong coupling (USC), the rotating-wave approximation is not valid, and the Rabi Hamiltonian contains counter-rotating wave terms, leading to level crossing and avoided crossings in the energy spectrum. We further analyze the intensity-amplitude correlation of the output field in these two novel scenarios. In the USC regime, the creation and annihilation operators in the correlation function are replaced, allowing for the identification of non-Gaussian features in the output field. Our findings reveal that despite the absence of squeezing effects in the output light, significant non-Gaussian characteristics are present. Additionally, we demonstrate that as the driving or coupling strength increases, the non-Gaussian features of the output field become more pronounced. This suggests that USC systems hold broad potential applications in the realms of nonlinear optics and the generation of non-Gaussian states.
Acceleration of solar wind particles due to inertial Alfvén waves
Authors: Batool Kiran , Khan Imran A , Shamir M , Kabir Abdul , Ayaz S 
Published: April 2024

Abstract
Gaining an understanding of the effects and dynamics of the solar wind is crucial for the study of space weather, Earth's magnetosphere, spacecraft protection, the dynamics of the Solar System, and various other subjects. Observations show that Alfvén waves effectively transfer energy to resonant particles. This study demonstrates how inertial Alfvén waves deliver their energy to resonant plasma particles in different solar environments under certain conditions. The analysis shows that inertial Alfvén waves experience more rapid damping with increasing parallel wavenumber, ambient magnetic field strength, and particle number density, coupled with a decrease in temperature. The rate of energy transfer to resonant particles intensifies with higher temperatures and reduced parallel wavenumber and particle number density. Particles with higher initial velocities actively participate in Landau damping, especially in regions with a stronger ambient magnetic field.
Possible bias of the constraints on the Hubble constant owing to the quasi-Gaussian distribution of DMIGM in fast radio bursts*
Authors: Chen 陈 Gui-Yao 贵垚 , Li 李 Xin 昕 
Published: April 2024

Abstract
Fast radio bursts (FRBs) are useful cosmological probes with numerous applications in cosmology. The distribution of the dispersion measurement contribution from the intergalactic medium is a key issue. A quasi-Gaussian distribution has been used to replace the traditional Gaussian distribution, yielding promising results. However, this study suggests that there may be additional challenges in its application. We used 35 well-localized FRBs to constrain the Hubble constant

along with two FRB-related parameters, yielding

. The best-fitting Hubble constant

is smaller than the value obtained from the Cosmic Microwave Background (CMB), which may be caused by the small sample size of current FRB data. Monte Carlo simulations indicate that a set of 100 simulated FRBs provides a more precise fitting result for the Hubble constant. However, the precision of the Hubble constant does not improve when further enlarging the FRB sample. Additional simulations reveal a systematic deviation in the fitting results of

, attributed to the quasi-Gaussian distribution of the dispersion measure in the intergalactic medium. Despite this, the results remain reliable within 1σ uncertainty, assuming that a sufficient number of FRB data points are available.
Low Surface Brightness Galaxies from BASS+MzLS with Machine Learning
Authors: Du Peng-Liang , Du Wei , Zhang Bing-Qing , Yi Zhen-Ping , He Min , Wu Hong 
Published: April 2024

Abstract
From ∼5000 deg2 of the combination of the Beijing–Arizona Sky Survey and Mayall z-band Legacy Survey which is also the northern sky region of the Dark Energy Spectroscopic Instrument (DESI) Legacy Imaging Surveys, we selected a sample of 31,825 candidates of low surface brightness galaxies (LSBGs) with the mean effective surface brightness

24.2
<

μ

¯

eff
,
g

<
28.8

mag arcsec−2 and the half-light radius 2.″5 < r
eff < 20″ based on the released photometric catalog and the machine learning model. The distribution of the LSBGs is bimodal in the g − r color, indicating the two distinct populations of the blue (g − r < 0.60) and red (g − r > 0.60) LSBGs. The blue LSBGs appear spiral, disk or irregular while the red LSBGs are spheroidal or elliptical and spatially clustered. This trend shows that the color has a strong correlation with galaxy morphology for LSBGs. In the spatial distribution, the blue LSBGs are more uniformly distributed while the red ones are highly clustered, indicating that red LSBGs preferentially populate a denser environment than the blue LSBGs. Besides, both populations have a consistent distribution of ellipticity (median ϵ ∼ 0.3), half-light radius (median r
eff ∼ 4″) and Sérsic index (median n = 1), implying the dominance of the full sample by the round and disk galaxies. This sample has definitely extended the studies of LSBGs to a regime of lower surface brightness, fainter magnitude and broader other properties than the previously Sloan Digital Sky Survey-based samples.
Study on the influence of side-blown airflow velocities on plasma and combustion wave generated from fused silica induced by combined pulse laser
Authors: YU 余 Hao 昊 , CAI 蔡 Jixing 继兴 , MAO 毛 Hongtao 洪涛 , WANG 王 Yunpeng 云鹏 , LI 李 Yi 忆 , LI 李 Shun 顺 
Published: April 2024

Abstract
This study examines the impact of variations in side-blowing airflow velocity on plasma generation, combustion wave propagation mechanisms, and surface damage in fused silica induced by a combined millisecond-nanosecond pulsed laser. The airflow rate and pulse delay are the main experimental variables. The evolution of plasma motion was recorded using ultrafast time-resolved optical shadowing. The experimental results demonstrate that the expansion velocities of the plasma and combustion wave are influenced differently by the side-blowing airflow at different airflow rates (0.2 Ma, 0.4 Ma, and 0.6 Ma). As the flow rate of the side-blow air stream increases, the initial expansion velocities of the plasma and combustion wave gradually decrease, and the side-blow air stream increasingly suppresses the plasma. It is important to note that the target vapor is always formed and ionized into plasma during the combined pulse laser action. Therefore, the side-blown airflow alone cannot completely clear the plasma. Depending on the delay conditions, the pressure of the side-blowing airflow, the influence of inverse Bremsstrahlung radiation absorption and target surface absorption mechanisms can lead to a phenomenon known as the double combustion waves when using a nanosecond pulse laser. Both simulation and experimental results are consistent, indicating the potential for further exploration of fused silica targets in the laser field.
Building evidence to advance health equity: a systematic review on care-related outcomes for older, minoritised populations in long-term care homes
Authors: Scott Mary M , Ménard Alixe , Sun Annie H , Murmann Maya , Ramzy Amy , Rasaputra Prabasha , Fleming Michelle , Orosz Zsófia , Huynh Chau , Welch Vivian , Cooper-Reed Anna , Hsu Amy T 
Published: April 2024

AbstractBackgroundAdvancing health equity requires more contextualised evidence.ObjectivesTo synthesise published evidence using an existing framework on the origins of health disparities and determine care-related outcome disparities for residents of long-term care, comparing minoritised populations to the context-specific dominant population.DesignSystematic review.SubjectsResidents of 24-hour long-term care homes.MethodsThe protocol was registered a priori with PROSPERO (CRD42021269489). Literature published between 1 January 2000 and 26 September 2021, was searched, including studies comparing baseline characteristics and outcomes in minoritised versus dominant populations. Dual screening, two-reviewer verification for extraction, and risk of bias assessments were conducted to ensure rigour. Studies were synthesized using a conceptual framework to contextualise evidence according to multi-level factors contributing to the development of care disparities.ResultsTwenty-one of 34 included studies demonstrated disparities in care outcomes for minoritised groups compared to majority groups. Thirty-one studies observed differences in individual-level characteristics (e.g. age, education, underlying conditions) upon entry to homes, with several outcome disparities (e.g. restraint use, number of medications) present at baseline and remaining or worsening over time. Significant gaps in evidence were identified, particularly an absence of literature on provider information and evidence on the experience of intersecting minority identities that contribute to care-related outcome disparities in long-term care.ConclusionThis review found differences in minoritised populations’ care-related outcomes. The findings provide guidance for future health equity policy and research—supporting diverse and intersectional capacity building in long-term care.
Pharmacist-implemented intervention to surmount COVID-19 vaccination hesitancy in adults with substance use disorders
Authors: Karavolis Zoe , Thacker Emily , Fabian Tanya , Douaihy Antoine , Reynolds Maureen , Kirisci Levent , Tarter Ralph 
Published: April 2024

Abstract

Purpose
Substance use disorders (SUDs) increase the risk and severity of infectious diseases, including coronavirus disease 2019 (COVID-19). Adults with a co-occurring SUD and psychiatric disorder were studied to elucidate the association between SUD severity and (1) COVID-19 vaccination status, (2) receptivity to a one-session intervention with a pharmacist advocating the benefits of vaccination, and (3) acceptance of referral for vaccination following the intervention.

Methods
COVID-19 vaccination status was recorded in 460 adults with SUD (324 males and 136 females) upon entry into inpatient treatment. A 2-parameter item response theory (IRT) model quantified SUD severity. Pharmacist-delivered intervention, modeled after the screening, brief intervention, and referral to treatment (SBIRT) protocol, was offered to unvaccinated participants.

Results
Higher SUD severity was associated with a lower vaccination rate. Nicotine, opioid, and sedative use disorders were most frequently associated with unvaccinated status. SUD severity was not associated with receptivity to intervention advocating vaccination or subsequent acceptance of a referral for vaccination. The portion of the sample that received the intervention was over 7 times more likely to accept a referral for vaccination when compared to participants who rejected the intervention (20.8% vs 2.8%).

Conclusion
Pharmacist-administered intervention produced motivation for vaccination in a number of recipients; however, receptivity to the intervention was not related to SUD severity.
Assessing provider knowledge of the federal 340B Drug Pricing Program in a federally qualified health center
Authors: De La Riva Lorraine , Gray Emily , Braden-Suchy Natalea , Irwin Adriane N 
Published: April 2024

Abstract

Purpose
The 340B Drug Pricing Program is important to healthcare organizations that serve vulnerable communities. However, it is unknown whether healthcare providers in these organizations understand the 340B program and how it supports enhanced patient services. This study aims to characterize the knowledge, attitudes, and beliefs of healthcare providers toward the 340B program in a multisite federally qualified health center (FQHC).

Methods
This was a cross-sectional study. A 27-item survey designed to assess prescriber knowledge and perspectives toward the 340B program was developed and administered. Closed-ended items were summarized using descriptive statistics, and open-ended items were analyzed with qualitative methods.

Results
A total of 198 healthcare providers with prescribing authority received the survey; of those, 65 (32.8%) participated. The majority of respondents (66.2%) were female; 41.5% were 35 years of age or younger, and 49.2% were physicians. The majority of respondents agreed that patients benefited from access to the organization’s 340B pharmacies (95.0%) and that 340B pricing is important to consider when prescribing medications (78.3%). However, knowledge of the 340B program was limited, with only half of respondents (54.0%) able to correctly answer at least 4 of 7 knowledge-focused items. Reponses to a patient case suggested that some providers may be unfamiliar with which drugs are available at reduced prices.

Conclusion
The findings suggest that providers believe the 340B program benefits patients and the organization but often lack a complete understanding of the program. Future research should focus on prescriber education as a strategy to help organizations optimize their 340B programs and facilitate patient access to medications.