bluuebunny/crossref_metadata_2025_split huggingface dataset:
Risk spillovers in Chinese production network: A supply-side shock perspective
Authors: Chi Yuxue , Jing Zhongbo , Liu Zhidong , Zhou Xinge 
Published: February 2024

AbstractHighly interconnected production network exists in one economy, and it is crucial to investigate how and why supply-side shocks spread across industries via the production network and cause systemic risks in the real sector. Based on input-output framework, this paper designed a model to simulate the propagation of risk spillovers along the production network given supply-side shocks. This paper defined the systemically important industries (SIIs) and systemically vulnerable industries (SVIs) according to the degree and direction of risk spillovers. Simulation results show that risk spillovers spread among industries via the production network, leading to systemic risk in the real sector. This paper also classified the important risk spillover paths “SVIs → SIIs → SVIs” in the model for risk regulation and prevention and identified 75 risk spillover paths and 9 closed-loop paths in 2018. Furthermore, key factors of systemic importance (vulnerability) included input-output relationships and production network centrality. This paper provides a scientific basis to strengthen the risk supervision of the real sector based on the supply chain.
Design of soft x-ray varied-line-spacing (VLS) high-dispersion laminar-type grating coated with super-mirror-type (SMT) multilayer for flat-field spectrograph in a region of 2–4 keV
Authors: Koike M. , Hatano T. , Pirozhkov A. S. , Ueno Y. , Terauchi M. 
Published: February 2024

A soft x-ray varied-line-spacing (VLS) laminar-type spherical grating with a super-mirror-type (SMT) multilayer was designed for a soft x-ray high resolution flat-field spectrograph in a region of 2–4 keV. The effective groove density of the designed VLS grating is 3200 lines/mm, and the local groove density varies from 2700 to 3866 lines/mm. The geometrical imaging property was evaluated by numerical calculations. The resolving power estimated by means of ray tracing was up to ∼103. For the evaluation of diffraction efficiency, the SMT multilayer structure designed for 3200 lines/mm in our previous work, Koike et al., Rev. Sci. Instrum. 94, 045109 (2023), was employed, and the numerical calculation was performed considering the local groove density of VLS grooves and the local incidence angle being affected by the curvature of the spherical surface and the geometrical relation between the source and incidence point on the grating. The results showed that the SMT multilayer-coated grating exhibited about an order of magnitude higher diffraction efficiency compared with an Au-coated grating.
Strain tuned structural, mechanical, electronic, and optical properties of lead-free oxy-nitride SrTaO2N perovskite using first-principles study
Authors: Khatamunnaby Golam Md. , Hasan Khan Md. Sakib , Hasan Md. Tanvir , Islam Md. Rafiqul , Rahman Muhammed Zubair 
Published: February 2024

Recent advancements in perovskite-based solar energy conversion technologies require materials having enhanced optoelectronic properties and stability. Harnessing density functional theory (DFT), we have investigated here a novel orthorhombic phase of a recently synthesized oxynitride perovskite, SrTaO2N, and its uniaxial strain-tunable electronic and optical properties. Phonon dispersion and formation energy calculations are utilized to determine lattice dynamic stability and exothermic formation feasibility of the structure, correspondingly. The predicted bandgap at the Heyd–Scuseria–Ernzerhof [generalized gradient approximation Perdew–Burke–Ernzerhof (GGA-PBE)] level is ∼2.125 eV (∼1.125 eV), which is highly receptive to uniaxial strains. The bandgap formed in between X and G points with high symmetry at the first Brillouin zone was further dissected using the atomic orbital projected density of states (PDOS). The PDOS showed that the N-pz orbital dominantly contributes to valence band maxima and the Ta-dz2 orbital to conduction band minima. Compressive uniaxial strain widens the bandgap by ∼1.21 times, while tensile uniaxial strain lowers the bandgap by ∼1.1 times from the intrinsic value, suggesting strain switchable bandgap nature in the material. An elastic constant matrix also evaluates the mechanical stability of strained structures, and we found that in the strained structures from −6% to +6%, SrTaO2N is mechanically stable and ductile. Optical absorption reveals an increased absorption coefficient in the visible spectrum. These strain-tuned optoelectronic properties through the DFT approach thus suggest an evident route to a wide range of optoelectronics applications of the SrTaO2N perovskite material.
Background experiment of the low energy x-ray telescope detectors on insight-HXMT
Authors: Li Wei , Lu Jingbin , Yang Yanji , Zhang Yifan , Cui Weiwei , Wang Juan , Chen Yong 
Published: February 2024

The low energy x-ray telescope (LE) is one of the main instruments of the insight-hard x-ray modulation telescope, the first x-ray astronomical satellite of China. The scientific objectives of the LE focus on the scanning and pointed observations of the x-ray sources in the soft x-ray band (1–13 keV). In order to complete the observation tasks and accurately analyze the background information of the LE, it is essential to obtain the background data of the detectors. Therefore, we designed an LE background experiment. The experiment began with an underground background experiment in the China Jinping Underground Laboratory with a rock of a thickness of 2400 m, followed by a ground background experiment. These two experiments lasted for a long time, and through comparison and analysis of the background data, it was found that underground laboratories significantly shielded cosmic rays. In addition, the background of detectors in the underground experiment was more than one order of magnitude lower than that in the ground experiment. The experiments also revealed multiple x-ray fluorescence peaks of various elements in the background, including silicon from the detector itself, erbium in the ceramic substrate, and copper in the mounting plate. The anti-coincidence design of detectors was observed to reduce the x-ray fluorescence peaks of silicon. By comparing the background flux obtained with the background flux in the orbit, it was found that the background generated by radioactive substances inside the LE detector is very low. Within the energy range of less than 7.5 keV, the flux in the orbit is about 0.012 counts/s/keV, the ground flux is ∼3 × 10−3 counts/s/keV, and the underground flux is about 1.5 × 10−4 counts/s/keV. However, the flux in the orbit significantly increases above 7.5 keV, which does not occur in both the ground and underground background experiments. These results provide reference and guidance for scientific teams and instrument teams to analyze the data of the low energy x-ray telescope.
Access to primary eye care for people living with dementia: a call to action for primary care practitioners to ‘think vision’
Authors: Piano Marianne , Nguyen Bao , Hui Flora , Pond Constance Dimity 
Published: February 2024

Access to allied health services offers significant benefits for people living with dementia, yet access is currently fragmented and inconsistent. The 2023–2024 budget allocated AU$445 million to further enable general practice-led, multidisciplinary teams, with integrated care located within practices, including employment of allied health professionals. Such team care models are recognised by The Royal Australian College of General Practitioners as vital to delivery of high-quality care for older adults. They are especially relevant for over 250,000 Australians who live with dementia in the community. However, not all allied health professionals are currently based within general practices. Future, sustainable general practice-led models of multidisciplinary care that connect patients with external allied health providers could be considered for a comprehensive and collaborative approach to care. Our focus is on people living with dementia, who are at greater risk of preventable vision impairment. Poor vision and/or ocular health can be detected and managed through regular eye examinations, which are predominantly delivered by community-based optometrists in Australia, in a primary care capacity. However, people living with dementia are also less likely to have regular eye examinations. In this paper, we highlight the value of ensuring access to primary eye care services as part of post-diagnosis dementia care. We illustrate the important role of primary care practitioners in building and sustaining connections with allied health professions, like optometry, through effective referral and interprofessional communication systems. This can help break down access barriers to dementia-friendly eye care, through promoting the importance of regular eye tests for people living with dementia.
Tarantino’s eloquent villains
Authors: Schubert Christoph 
Published: February 2024

Abstract
Suspense as an aesthetic effect is a key narrative strategy of thriller movies, serving the function of
entertainment for wide audiences. As the plot unfolds, arcs of suspense rely on triggering an appealing sense of anticipation that
calls for a resolution. The present study examines the creation of suspense throughout fictional dialogue in Quentin Tarantino’s
popular feature films Pulp Fiction (1994), Inglourious
Basterds (2009), and Django Unchained (2012). In these movies, dialogic interaction is often dominated by eloquent villains who
skilfully flout the conversational maxims of Grice’s cooperative principle, thereby exercising verbal power over other
interlocutors. As is demonstrated in a qualitative pragma-stylistic framework, the villains’ discursive strategies amount to
stylistic deviation resulting in suspenseful implicatures. In particular, suspense is commonly caused by digressing from current
topics, by giving too little information or too many details, by being insincere or ironic, and by making equivocal or redundant
statements.
Brogues and Blarney
Authors: Walshe Shane 
Published: February 2024

Abstract
From the earliest days, Irish characters have played a prominent role in American comics. The hero of Hogan’s Alley, the first American comic strip to feature a speech balloon, was an Irish child named Mickey Dugan, a.k.a. “The Yellow Kid”. Likewise, the star of Happy Hooligan, the first US comic strip to employ speech balloons on a regular basis, was Irish. Thus, not only are Irish characters important in the early history of American comics, their speech is too. The way that this was represented resembled existing portrayals in pop culture, involving respellings, non-standard grammar and lexical items deemed typical of the variety. While some of these continued to index Irishness in comics, others also emerged. Building on previous research, this study examines a corpus of American comics from numerous genres and publishing houses to offer the most comprehensive overview yet of Irish speech in the medium.
How to Coadd Images. II. Anti-aliasing and PSF Deconvolution
Authors: Wang Lei , Shan Huanyuan , Nie Lin , Liu Dezi , Yan Zhaojun , Li Guoliang , Cheng Cheng , Xie Yushan , Qu Han , Zheng Wenwen , Kang Xi 
Published: February 2024

Abstract
We have developed a novel method for co-adding multiple under-sampled images that combines the iteratively reweighted least squares and divide-and-conquer algorithms. Our approach not only allows for the anti-aliasing of the images but also enables Point-Spread Function (PSF) deconvolution, resulting in enhanced restoration of extended sources, the highest peak signal-to-noise ratio, and reduced ringing artefacts. To test our method, we conducted numerical simulations that replicated observation runs of the China Space Station Telescope/ the VLT Survey Telescope (VST) and compared our results to those obtained using previous algorithms. The simulation showed that our method outperforms previous approaches in several ways, such as restoring the profile of extended sources and minimizing ringing artefacts. Additionally, because our method relies on the inherent advantages of least squares fitting, it is more versatile and does not depend on the local uniformity hypothesis for the PSF. However, the new method consumes much more computation than the other approaches.
Investigation of anti-adhesion ability of 8-arm PEGNHS-modified porcine pericardium
Authors: Say Sreypich , Suzuki Mika , Hashimoto Yoshihide , Kimura Tsuyoshi , Kishida Akio 
Published: February 2024

Abstract
In post-adhesion surgery, there is a clinical need for anti-adhesion membranes specifically designed for the liver, given the limited efficacy of current commercial products. To address this demand, we present a membrane suitable for liver surgery applications, fabricated through the modification of decellularized porcine pericardium with 20 KDa hexaglycerol octa (succinimidyloxyglutaryl) polyoxyethylene (8-arm PEGNHS). We also developed an optimized modification procedure to produce a high-performance anti-adhesion barrier. The modified membrane significantly inhibited fibroblast cell adherence while maintaining minimal levels of inflammation. By optimizing the modification ratio, we successfully controlled post-adhesion formation. Notably, the 8-arm PEG-modified pericardium with a molar ratio of 5 exhibited the ability to effectively prevent post-adhesion formation on the liver compared to both the control and Seprafilm®, with a low adhesion score of 0.5 out of 3.0. Histological analysis further confirmed its potential for easy separation. Furthermore, the membrane demonstrated regenerative capabilities, as evidenced by the proliferation of mesothelial cells on its surface, endowing anti-adhesion properties between the abdominal wall and liver. These findings highlight the membrane’s potential as a reliable barrier for repeated liver resection procedures that require the removal of the membrane multiple times.
Divergent features of the upper-tropospheric carbonaceous aerosol layer: effects of atmospheric dynamics and pollution emissions in Asia, South America, and Africa
Authors: Wu Dongyou , Yan Shirui , Zhang Jinxia , Chen Yang , Xing Yuxuan , Cui Jiecan , Wang Xin , Liu Jun , Pu Wei 
Published: February 2024

Abstract
The upper-tropospheric carbonaceous aerosol layer (TCAL) represents the increase of aerosols in the upper-troposphere. It was first discovered over Asia but was found in this study to also occur over South America and Africa. The TCALs over three regions typically exist during the strong deep convection season, with the Asian, South American, and African TCALs showing peak intensity during July–August, October–December, and November–December, respectively. Over Asia, the TCAL has the highest altitude and widest spread due to strongest deep convection and upper-troposphere anticyclonic system. TCAL intensity is highest in South America maybe due to heaviest pollutant emissions. Anthropogenic pollution from India and western China produces two Asian TCAL centers, whereas widespread wildfires result in single centers over South America and Africa. TCAL radiative effect at the top of the atmosphere has warming effects over Asia (+0.23 W m−2), whereas cooling effects perform over South America (−0.54 W m−2) and Africa (−0.20 W m−2) owing to its altitude and the divergent strengths of black-carbon absorption and organic-carbon scattering.
Identification of maize genotypes tolerance to acid soil stress using multiple criteria
Authors: Priyanto S B , Suriani  , Zainuddin B , Efendi R , Azrai M 
Published: February 2024

Abstract
This study aims to select maize hybrids that can tolerate acidic soil stress using several tolerance indexes. The research took place at two sites. Muneng Experimental Farm has average soil (pH=6.8), and Moncongloe Experimental Farm has acid soil (pH=5.8) from January to April 2023. A Randomized Complete Block Design (RCBD) was employed to organize ten maize hybrids, namely TH 1, TH 2, TH 3, TH 4, TH 5, TH 6, TH 7, TH 8, NK 6172, and P 32, each replicated three times. The variable observation was yield, standardized to 15% moisture content. To determine the tolerance of maize, six tolerance indexes were applied: The Stress Tolerant Index (STI), the Stress Susceptibility Index, the Mean Productivity (MP), the Harmonic Mean, the Stress Relative index (SI), and the Stress Susceptibility Percentage Index (SSPI). The result showed that hybrids that tolerate acidic soil are TH 1 and TH 2, as indicated by their average rating and standard deviation. In contrast, TH 5 and TH 7 hybrids are sensitive to acidic soil conditions. The STI and MP are suitable tolerant indexes that can select acid-tolerant hybrids with high yields under optimum and acidic conditions.
Resistance of genotypes of arabica coffee against rust on leaf of coffee plant in different locations in Province of North Sumatra, Indonesia
Authors: Malau S , Sihotang M R 
Published: February 2024

Abstract
The most important disease in many coffee production countries is rust on the leaf of coffee plant (RLCP). RLCP epidemics indicated by severity and incidence depend on the host, location and the fungi. The purpose of this research was to study the resistance of genotypes of Arabica coffee against RLCP in different locations. A field experiment with seven genotypes of Arabica coffee in four locations in Province of North Sumatra of Indonesia was carried out using a randomized complete block design with three replications. This research revealed a significant interaction between the genotype and the location on incidence of rust on branch (IRB), incidence of rust on leaf (IRL) and severity of leaf due to rust (SLR). For IRB and IRL, the role of the location was more important than the role of the genotype. For SRL, the role of the interaction was more important than the role of the genotype and the location. Genotype GN-5 had the lowest SRL. Location-3 was not conducive to the growth and development of the fungus H. vastatrix. Pathogen races were very likely to differ between locations. Based on SRL, these pathogens were not aggressive in all locations.
Cytotoxicity Assay of Biosynthesized Gold Nanoparticles for Synephrine Extracted from Citrus Sinesins Peels
Authors: Jadou A S , Al-Bahrani R 
Published: February 2024

Abstract
In this study synephrine extracted from C. sinesins peels. Detected by TLC, HPLC and biosynthesized gold nanoparticles from it, then characterization of synthesize of gold nanoparticles (AuNps) by UV-visible spectroscopy Fourier Transform Infrared (FTIR), which confirm presence of AuNps in diameter size range to (9-31) nm and determined their toxicity assay on lymphoid human cell in 24, 48 and 72 hours. The finding obtained from applying gold nanoparticles at different concentrations for 24, 48, and 72 hours showed that’s the least cytotoxicity value was in 2.351 in 10 mg/ml for Citrus sinensis extract in 24 hours. which gave indicate that synephrine extracted have not toxic effect inhibition rate of this maximum 5.511 in AuNp biosynthesized in 20 mg/ml concentration in 72 hours.
Direct seeding of Ceiba pentandra and Leucaena leucocephala using seed briquette with AMF and DSE inoculations to support a green economy
Authors: Widyani N , Surono  , Sudrajat D J , Rustam E , Nurhasybi  , Putri K P , Yuskianti V 
Published: February 2024

AbstractThis research is an alternative technology to support a green economy for environmental sustainability. This paper was performed to reveal the relation between seed briquettes inoculated with the fungi of arbuscular mycorrhiza (AMF) and dark septate endophytes (DSE) in direct seeding ofC. pentandraandL. leucocephalaseedlings on marginal land in Parungpanjang, Bogor, Indonesia. A randomized block design was used in this research with three blocks and found that seed briquettes with AMF and DSE inoculated have significantly influenced the survival of seedlings of both species 12 months after planting. Direct sowing with seed briquette inoculated with AMF (48%) produced the highest seedling survival inC. pentandra, followed by seed briquette injected withDendrothyriumsp. CPP1.1.4 (44.5%) inL. leucocephala. InC. pentandraandL. leucocephala, seed briquettes increased seedling survival compared to direct sowing without briquettes. Seedling growth was considerably impacted by AMF and DSE inoculations inL. leucocephalabut not inC. pentandra. AMF and DSE can improve the height and diameter of direct-seededL. leucocephalaseedlings. Our research found that using seed briquettes and applying DSE has a high potential for increasing the success of direct seeding in assisting various reforestation programs in Indonesia.
Foliar application of SiO2 nanoparticles to increase shallot production under water stress as an effort to mitigate climate change
Authors: Rahmawati N , Wulandari N 
Published: February 2024

Abstract
Global climate change has resulted in environmental stress which has the potential to reduce the production of various agricultural commodities. One of the reasons for the low production of shallot is because cultivated in land with limited water. An effort to minimize the impact of water stress on shallots is to use SiO2 nanoparticles. This study aims to determine the role of SiO2 nanoparticles to increase production of shallot under water stress. This research was conducted at the greenhouse of the Faculty of Agriculture from December 2022 to March 2023, using randomized block design. The first factor is water stress (80%, 60% and 40% field capacity) and the second factor is the concentration SiO2 nanoparticles (0 g/l, 6 g/l, 12 g/l and 18 g/l). The results showed the water stress treatment had significant effect reduced number of tubers and fresh and dry weight of tubers, the application of SiO2 nanoparticles had significant effect increased the number of tubers and fresh and dry weight of tubers. Interaction of application SiO2 nanoparticles and water stress conditions had a significant effect on increased the number of tubers in the combination of 80% field capacity with SiO2 nanoparticles concentration 12 g/l.
Identification of the physiological characteristics of some local Aceh rice (Oryza sativa L.) germplasms
Authors: Nazirah L , Fuady Z , Satriawan H 
Published: February 2024

Abstract
The identification of local rice germplasms resources is essential for determining morphological and anatomical traits for agronomic applications. In this study, we have screened several local rice germplasms from Aceh, conducted in Gampong Paloh Lada and Agroecotechnology Laboratory, Agriculture Faculty, Universitas Malikussaleh, Aceh Utara Regency, from February to June 2023. The study employed Randomized Block Design Non-Factorial, consisting of 7 lines of local germplasms, including Unsyiah Cakep, Unsyiah Seumeulu, Cot Bada, Sigunca, Sigupai, Cot Bada and Rajasa (control). Flowering age, net assimilation rate, relative growth rate, root length, shoot – root ratio and 1000- grain weight was observed. The results of this study showed that there were significant differences between several rice strains on the variables of flowering age, net assimilation rate 40-20 DAP, relative growth rate 60-40, shoot-root-ratio at 60 DAP and harvest, root length, 1000 seed weight. Cotbada eight and Cotbada four strains gave the best effect compared to Rajasa (control) and other strains, seen in the parameters of relative growth rate two, number of grains per clump, weight of 1000 seeds and yield tonnes/ha. Cotbada four strain with a production of 7.24 tonnes/ha and followed by Cotbada eight strain with a yield of 6.48 tonnes/ha.