bluuebunny/crossref_metadata_2025_split huggingface dataset:
Dynamic information spillover between Chinese carbon and stock markets under extreme weather shocks
Authors: Chen Zhang-Hangjian , Gao Xiang , Insuwan Apicha 
Published: September 2023

AbstractThe present study aims to investigate the dynamic information spillover relationship between Chinese carbon and stock markets, as well as the impact of extreme weather shocks exerted on this relationship. The method adopted is the least absolute shrinkage and selection operator–vector autoregressive–Diebold-Yilmaz spillover approach so that the degree and direction of risk spillovers among markets can be assessed simultaneously. Empirical results reveal that there is a high level of extreme risk spillover among markets in comparison to return spillover. The carbon market receives return spillover from high-polluting sectors, but it will turn into a risk transmitter under extreme risk conditions. Weather shocks significantly affect extreme risk spillover among markets and may lead to spillovers from the carbon market to low-polluting sectors. The portfolio strategy constructed based on the identified information spillover relationship is shown to achieve higher average returns than strategies focusing on a single carbon or stock market sector. This paper is among the first to integrate carbon markets and 38 stock sector indices for different pollution intensities, comprehensively exploring their dynamic interrelationships under extreme weather threats. The corresponding practical and policy implications for investors and regulators are also provided along with these findings.
Recognition versus redistribution?
Authors: Fernández Fruela 
Published: September 2023

Abstract
The study of book translation flows has become a
crucial tool in understanding cultural dynamics during a period of
globalization. This chapter applies a thematic analysis of such
flows to the understanding of debates in the Spanish left since the
beginning of the 2008 economic crisis. Utilizing a conceptual
opposition formulated by Nancy Fraser and Axel Honneth, the study
tests to what extent struggles over identity and difference
(“recognition”) might obscure or hinder the importance of the
struggle for the improvement of material conditions
(“redistribution”) of a majority of people. To this end, the chapter
conducts a range of analyses and classifications of the translation
choices made by a group of politically committed publishers.
Mabia languages and cultures expressed through personal names
Authors: Abubakari Hasiyatu , Issah Samuel Alhassan , Acheampong Samuel Owoahene , Luri Moses Dramani , Napari John Naporo 
Published: September 2023

Abstract
This paper is a comparative study of names and naming practices among speakers of Dagbani, Kusaal, Likpakpaanl and Sɩsaalɩ. We discuss in detail the ceremonies that accompany the naming of a newborn among speakers of these languages. By using the framework of ethnopragmatics, the study explores the culture-internal dynamics of personal names by comparing the typology of names in the four languages. It draws attention to the fact that personal names are not given randomly but rather influenced by the special circumstances surrounding the birth of the name bearer and also by the advice of a diviner. This study reveals how culture is crafted through language and transmitted from one generation to the other through personal names. It is also observed that speakers of these languages have a common perception or worldview evident in their traditional cultural practices.
Coordination in telephone-based remote interpreting
Authors: Farag Rahaf , Meyer Bernd 
Published: September 2023

Abstract
Telephone-based remote interpreting has come into widespread use in multilingual encounters, all the more so in
times of refugee crises and the large influx of asylum-seekers into Europe. Nevertheless, the linguistic practices in this mode of
communication have not yet been examined comprehensively. This article therefore investigates selected aspects of turn-taking and
clarification sequences during semi-authentic telephone-interpreted counselling sessions for refugees (Arabic–German). A
quantitative analysis reveals that limited audibility makes it more difficult for interpreters to claim their turn successfully;
in most cases, however, turn-taking occurs smoothly. The trouble sources that trigger queries are mainly content-related and
interpreters vary greatly in the ways they deal with such difficulties. Contrary to what one might expect, the study shows that
coordination fails only rarely during telephone-based remote interpreting.
Investigating the use of technology in the interpreting
profession
Authors: Deysel Elizabeth 
Published: September 2023

Abstract
Over the course of the past decades of human history,
technology has reshaped our personal lives as well as our professions.
However, technological developments in interpreting have been gradual, more
especially when compared to the pace of technological developments in
translation. In addition, some interpreters hold a negative perception when
it comes to the incorporation of technology in their workflow.
This chapter presents research conducted as part of a PhD
thesis which investigated the extent of use of technology in the
interpreting profession on a global scale as well as an examination on the
perceptions of interpreters regarding the use and implementation of
technology in the interpreters’ workflow. A comparative multiple case study
research design was used to address these research aims. The cases were
divided according to geographical regions, namely the Global North and
Global South. Data collected by means of a survey provided a reflection on
the true state of use of interpreting technology utilised by interpreters in
their profession. In the analysis of the data the similarities and
differences between the two cases are highlighted and discussed. The key
findings from the analysis of the data indicates interpreters are no longer
hesitant to the use of technology in their workflow but remain concerned
with the issue of divided attention when using technology during
interpreting.
Remote ischaemic preconditioning increase tolerance to experimentally induced cold pain
Authors: Norbury Ryan , Dickens Lieben , Grant Ian , Emery Alison , Patterson Stephen D. 
Published: September 2023

ABSTRACTIschaemic preconditioning (IPC) applied locally and remotely has been shown to reduce pain which may underpin its ergogenic effect on exercise performance, however, it is unclear how many IPC cycles are needed to induce hypoalgesia. Therefore the purpose of this study was to examine the number of cycles of IPC on experimental pain perception. Sixteen healthy participants underwent four, randomised, experimental sessions where they either underwent a sham protocol (1 × 5 min at 20 mmHg), and 1, 2 or 3 cycles × 5 min of remote IPC at 105% of limb occlusion pressure. Ten minutes post‐intervention, participants underwent a cold‐pressor test where pain threshold, pain tolerance and pain intensity were examined and compared between conditions with a one‐way repeated measure analysis of variance. Pain threshold was not different between conditions (P = 0.065); but pain tolerance was increased by ∼30% in the 1 × 5 condition, 2 × 5 condition, and 3 × 5 condition compared to the sham condition. No differences in pain tolerance were seen between the different numbers of cycles (all P > 0.05). There was also no difference in the perception of pain 30 s into the cold pressor test (P = 0.279). Remote IPC appears to significantly improve tolerance to pain which may have significant implications for endurance performance and exercise rehabilitation, but this warrants further investigation.
On the equivalence between
fR
theories and Einstein gravity
Authors: Bhattacharyya Soham 
Published: September 2023

Abstract
In this brief note we present a somewhat trivial result. Namely, we show that perturbative off-shell f(R)-theory is equivalent to Einstein gravity, as well as to the Brans–Dicke theory and the Einstein scalar field model. We also discuss possible generalization of this result to higher-order gravitational field models.
Capturing photoionization shadows in streamer simulations using the discrete ordinates method
Authors: Tungli Jan , Horký Miroslav , Kadlec Stanislav , Bonaventura Zdeněk 
Published: September 2023

Abstract
Numerical simulations of streamer propagation involving photoionization are presented, utilizing an ANSYS Fluent implementation that employs unstructured meshes and automatic mesh refinement. Two approximate methods for radiative transfer, used to handle computation of the photoionization source terms, are compared: the Eddington approximation and the discrete ordinates (DOs) method. The former is commonly employed in streamer simulations, while the latter is well-established in other branches of computational physics, such as radiative heat transfer. A 2D test case with two distinct regions, where streamer propagation can be triggered thanks to the protruded electrodes, is introduced. The two regions are partially separated by an opaque solid insulator barrier to study the effects of photoionization shadows on streamer inception and propagation. The primary positive streamer is initiated by placing a neutral plasma patch close to one of the electrode protrusions, while the secondary positive streamer, in the other region of the computational domain, is initiated by photoionization originating from the primary streamer zone. The Eddington approximation results in an excessively high photoionization source in the secondary streamer inception zone, as it fails to capture the shadowing effects of the opaque dielectric barrier. Consequently, this leads to a fast secondary streamer inception process, followed by rapid streamer propagation. On the other hand, the DOs method accurately captures the shadow, leading to a delayed secondary streamer inception. It is also shown that both methods exhibit very similar results when the dielectric barrier is transparent and the shadow is absent. This work demonstrates that using the DOs method for streamer simulations offers considerable advantages over the Eddington approximation, especially in cases involving more complex geometries where shadows need to be captured for accurate streamer inception and dynamics.
Silicon photonics-integrated time-domain balanced homodyne detector for quantum tomography and quantum key distribution
Authors: Jia Yanxiang , Wang Xuyang , Hu Xiao , Hua Xin , Zhang Yu , Guo Xubo , Zhang Shengxiang , Xiao Xi , Yu Shaohua , Zou Jun , Li Yongmin 
Published: September 2023

Abstract
We designed and experimentally demonstrated a silicon photonics-integrated time-domain balanced homodyne detector (TBHD), containing an optical part of dimensions of 1.5 mm × 0.4 mm. To automatically and accurately balance the detector, new variable optical attenuators were used, and a common mode rejection ratio of 86.9 dB could be achieved. In the quantum tomography experiment, the density matrix and Wigner function of a coherent state were reconstructed with 99.97% fidelity. The feasibility of this TBHD in a continuous-variable quantum key distribution (CVQKD) system was also demonstrated. Our TBHD technologies are expected to be used in silicon photonics-integrated CVQKD system and silicon photonics-integrated BB84 heterodyne system.
Painlevé analysis and inelastic interactions of the lumps for a generalized (2+1)-dimensional Korteweg-de Vries system for the shallow-water waves
Authors: Liu Shao-Hua , Tian Bo , Gao Xiao-Tian 
Published: September 2023

Abstract
Water waves, one of the common natural phenomena, are recognized as complex and often turbulent. A generalized (2+1)-dimensional Korteweg-de Vries system for the shallow-water waves is conducted in this paper. We perform the Painlevé analysis and find that the system is Painlevé integrable. We study the inelastic interactions of the lumps for the system. We find that two lumps, which propagate along the curves with the equal amplitude, are symmetric about the x axis before the interaction, where x is a scaled spatial variable. After the interaction, amplitudes of the two lumps are different, but in the process of moving, the lower lump gradually increases, while the higher lump gradually decreases, and the velocities of two lumps at the infinity are equal. We observe two different inelastic interactions of the three lumps: (1) the three lumps are symmetric in time and space, and they slowly contract (before the interaction) and swell (after the interaction); (2) the three lumps slowly fuse and after the interaction they form a straight line forward, and their amplitudes are gradually equal when t → ∞.
Hybrid photonic device based on Graphene Oxide (GO) doped P3HT-PCBM/p-Silicon for photonic applications
Authors: Demirezen S , Dere A , Çetinkaya H G , Al-Sehemi A G , Al-Ghamdi A A , Yakuphanoglu F 
Published: September 2023

Abstract
Graphene oxide (GO) doped poly(3-hexylthiophene):[6,6]-phenyl C61 butyric acid methyl ester (P3HT:PCBM) interlayered Al/p-Si Schottky barrier diodes (SBDs) were manufactured by spin coating technique and investigated for the effects of GO concentration on electrical and photodiode parameters. The current–voltage (I-V), measurements for the different mass ratios of GO:P3HT:PCBM (0:1:1(S1), 0.5:1:1(S2) and 2:1:1(S3)) used diodes allowed the determination of key electrical parameters, including ideality factor (n), barrier height (Φ
B
), series resistance (R

s
), shunt resistance (R

sh
), interface states density (N

ss
) and optical sensing behaviors in dark and different illumination levels (10, 30, 60, 80 and 100 mW cm−2). The rectification ratio (RR) was found to be in the order of 104. The trends obtained for the n, Φ
B
, R

s
/R

sh
and N

ss
show that these are influenced by the contribution of the GO. Observed increasing behavior of reverse current with increasing illumination shows that this SBDs can be use as photo-diodes/sensors/detectors. On the other hand, it was observed that the linear dynamic range (LDR), which is important parameter for image sensors, increased (6.86, 16.95 and 26.98 for S1, S2 and S3, respectively) with increasing GO contribution. In addition, to investigate and compare in more detail, capacitance–voltage (C-V) and conductance-voltage (G-V) measurements used for the determination of diffusion potential (V

D
), concentration of dopant acceptor atoms (N

A
), Fermi energy level (E

F
), depletion layer width (W

D
) for low frequency (1 kHz) and high frequency (1 MHz). The measured capacitance values showed a high value at the low frequency in comparison with the high frequency. This behavior explained on the basis of N

ss
. The findings suggest that the prepared diodes has the potential to serve as a photo-diodes/sensors/detectors for optical sensing applications.
Exploring the impact of strain on the electronic and optical properties of inorganic novel cubic perovskite Sr3PI3
Authors: Rahman Md Ferdous , Harun-Or-Rashid Md , Islam Md Rasidul , Ghosh Avijit , Hossain M Khalid , Bhattarai Sagar , Pandey Rahul , Madan Jaya , Ali M A , Ismail Abu Bakar Md 
Published: September 2023

Abstract
Inorganic perovskite materials have drawn great attention in the realm of solar technology because of their remarkable structural, electronic, and optical properties. Herein, we investigated strain-modulated electronic and optical properties of Sr3PI3, utilizing first-principles density-functional theory (FP-DFT) in detail. The SOC effect has been included in the computation to provide an accurate estimation of the band structure. At its Г(gamma)-point, the planar Sr3PI3 molecule exhibits a direct bandgap of 1.258 eV (PBE). The application of the spin-orbit coupling (SOC) relativistic effect causes the bandgap of Sr3PI3 to decrease to 1.242 eV. Under compressive strain, the bandgap of the structure tends to decrease, whereas, under tensile strain, it tends to increase. Due to its band properties, this material exhibits strong absorption capabilities in the visible area, as evidenced by optical parameters including dielectric function, absorption coefficient, and electron loss function. The increase in compressive or tensile strain also causes a red-shift or blue-shift behavior in the photon energy spectrum of the dielectric function and absorption coefficient. Finally, the photovoltaic (PV) performance of novel Sr3PI3 absorber-based cell structures with SnS2 as an Electron Transport Layer (ETL) was systematically investigated at varying layer thicknesses using the SCAPS-1D simulator. The maximum power conversion efficiency (PCE) of 28.15% with JSC of 34.65 mA cm−2, FF of 87.30%, and VOC of 0.92 V was found for the proposed structure. Therefore, the strain-dependent electronic and optical properties of Sr3PI3 studied here would facilitate its future use in the design of photovoltaic cells and optoelectronics.
Mechanochemical synthesis of ionic solids based on phosphotungstic acid and triethylamine for photocatalytic dye degradation
Authors: Shah Syed Waqar Hussain , Bibi Sadaf , Ali Kashif , Bibi Iram , Zafar Omama , Begum Saddiqa 
Published: September 2023

Abstract
Ionic solid catalysts (TTA) based on phosphotungstic acid (PTA) and triethylamine (TEA) were prepared by mechanochemical/thermal treatment of mixtures possessing different mole fractions of constituents under solventless conditions. In contrast to PTA, ionic solids had high thermal stability and they were insoluble in water. Hence, they could be used in heterogeneous catalysis and recycled. The crystallite sizes of selected ionic solids were ∼24 and 30 nm as obtained by Scherrer and Williamson-Hall plots in x-ray diffraction analysis (XRD). Scanning electron microscopy, vibrational spectroscopy, and XRD showed that the Keggin structure of PTA was retained in ionic solids. The catalyst was studied for its effectiveness in sunlight aided degradation of Erichrome black T (EBT) dye. Most ionic solids with XPTA exceeding 0.5 showed superior photocatalytic activity compared to PTA. The degradation reached 87% with 6.0 mg of TTA5 (having PTA/TEA = 5/5) in solution containing 10 mM of EBT.
High performance multi-image encryption based on temporal-spatial double random ghost coding
Authors: Yu Zhan , Yuan Sheng , Bai Xing , Liu Yang , Chen Xingyu , Wang Yujie , Li Xinjia , Sun Mingze , Li Yue , Zhang Jialin , Zhao Dan , Zhou Xin 
Published: September 2023

Abstract
A high performance multi-image encryption method is presented by using the temporal-spatial double random ghost coding (TSDRGC). As an original idea in optical encryption, TSDRGC employs the chaotic lasers as light sources instead of conventional lasers. The random fluctuations of the chaotic laser can be seen as the new temporal security keys introduced into the cryptosystem, except the random illumination patterns used usually in the conventional ghost imaging as a set of spatial security keys. In the encryption process, all the images can be optically encoded in parallel and the time consumed by the encryption process does not increase compared to encrypting an image alone. Meanwhile, a decryption algorithm is proposed to achieve high quality decryption of each image independently while reducing the bit-width requirement. The simulations demonstrate the excellent performance of the scheme in terms of security, capability and robustness.
IDECAMB: an implementation of interacting dark energy cosmology in CAMB
Authors: Li Yun-He , Zhang Xin 
Published: September 2023

Abstract
Interacting dark energy (IDE) scenario is a natural and important extension to the standard ΛCDM cosmology. We develop a full numerical routine, called IDECAMB, as a patch to the public Einstein-Boltzmann solver CAMB, to solve the background and perturbation equations of the IDE models. The IDECAMB solver provides a unified interface for the widely studied IDE models by employing a parametrization model with five free functions. By configuring these five functions, one can easily map the coupled quintessence (CQ) and coupled fluid (CF) models into the parametrization. We handle the perturbation evolutions of the CF models with the parametrized post-Friedmann (PPF) approach to avoid the possible large-scale instability. Compared with the previous established PPF approach whose form depends on a specific IDE model, the PPF approach in this work are model-independent, making it easy to use. We constrain a specific CQ model with the IDECAMB package. The fitting results are consistent with those obtained by Planck Collaboration, which confirms the validity of the package.
Flocking and clustering in mixtures of self-propelled particles with or without active reorientation
Authors: Chen Lu , Tu Z C 
Published: September 2023

Abstract
We study phase behaviors of mixtures comprising active particles with and without active reorientation by varying mixing ratios. We observe that the order parameter characterizing flocking in the steady state exhibits a linear decrease with an increase in mixing ratio. While the order parameter characterizing clustering in the steady state presents a sharp leap as the mixing ratio increases. Particularly, we obtain phase diagrams of flocking under different mixing ratios and observe that the domain corresponding to flocking experiences a contraction with the increase of mixing ratio. Simultaneously, the coordinates of the critical point on the phase boundary between the flocking and the disordered phase decay exponentially with the mixing ratio.
Simulation study of interaction between energetic particles and magnetohydrodynamic modes in the JT-60SA inductive scenario with a flat q≈1 profile
Authors: Adulsiriswad P. , Todo Y. , Sato M. , Aiba N. , Narita E. , Wang H. , Idouakass M. , Wang J. 
Published: September 2023

Abstract
Interactions between energetic particles (EPs), an internal kink mode, and other magnetohydrodynamic (MHD) instabilities in the inductive scenario of JT-60SA (scenario

#

2) are simulated with MEGA, a global EP–MHD hybrid code. For this scenario, it was predicted by TOPICS, an integrated transport code that the internal kink mode can be unstable and the sawtooth relaxation results in a flat safety factor (q) profile with q ≈ 1 for

r

/

a
⩽
0.6

. In this equilibrium, it is found in the simulation results that the stability of the internal kink mode depends strongly on the bulk plasma pressure gradient (

∇

P

b

). In the n = 1 simulations where the toroidal mode number is restricted to n = 0 and 1, the pressure-driven internal kink mode is dominant. In the presence of co-passing EPs generated by the negative-ion-based neutral beam (NB), these EPs transfer energy to the internal kink mode; however, the EP driving rate (

γ

h

) is much lower than the driving rate from the bulk plasma pressure gradient (

γ

P

). The mode’s frequency is less than 1 kHz because the toroidal orbit frequency (ω

φ
) and poloidal orbit frequency (ω

θ
) of the co-passing EPs are approximately equal within the q = 1 surfaces. This mode affects the EP and bulk plasma pressure redistributions. The feasibility of stabilizing the internal kink mode using trapped EPs is also investigated. It is found that the trapped EPs with energy 85 keV generated by the positive-ion-based NBs cannot stabilize the internal kink mode. Stabilization is observed when the injection energy is greater than 500 keV. In the multi-n simulations, where

n
⩽
8

modes are retained, the most unstable modes are high n interchange modes with poloidal number m = n whose linear growth rates exceed that of the pressure-driven internal kink mode observed in the n = 1 simulations. The overlapping of these modes creates a stochastic magnetic field, leading to stronger EP and bulk plasma pressure redistributions than those observed in the n = 1 simulations. During the nonlinear phase, the transition from the high m = n modes to the low m = n modes is observed where the dominant mode is the

m

/

n
=
1

/

1

mode with an internal kink-like structure. These low m = n modes are generated by the nonlinear coupling of the high m = n modes. The EP kinetic effect has a minor contribution to the dynamics of these nonlinearly generated m = n modes.