bluuebunny/crossref_metadata_2025_split huggingface dataset:
Enhancing creative performance among experienced newcomers: exploring the influence of knowledge exchange, learning goals, personality traits, and technostress
Authors: Song Linpei , Ma Zhuang 
Published: February 2025

Abstract
Digital firms often hire experienced newcomers (ENs) to bring in external knowledge and leverage their creativity for innovation. However, these newcomers still need context-specific and complementary knowledge from organizational insiders to achieve creative performance. Drawing on trait activation theory, this study examines (1) how learning goal orientation (LGO) and personality traits (openness to experience, conscientiousness, and agreeableness) predict experienced newcomers’ knowledge exchange, including acquisition (KA) and donation (KD), and (2) the association between knowledge exchange and creative performance. Our analyses of two-wave time-lagged data from 236 EN responses suggest that LGO, openness to experience, conscientiousness, and agreeableness positively influence KA and KD. We also found that KA and KD are positively associated with creative performance. However, technostress negatively moderates the relationships between openness to experience and KA, conscientiousness and KA, and agreeableness and KA, as well as the relationships between LGO and KD and agreeableness and KD. Our results contribute to the literature on EN recruitment for innovation in digital firms and have theoretical and practical implications for ENs’ creative performance, learning goal orientation, personality traits, knowledge exchange, and the use of technology to facilitate such exchange.
Four types of English evidential -ly adverbs
Authors: Kemp Lois 
Published: February 2025

Abstract
This paper focuses on the distribution, scope and semantics of UK English evidential -ly adverbs
in declarative sentences. It draws on work done on the classification of English evidential adverbs into evidential categories of
Functional Discourse Grammar (FDG), which makes use of a grammatical component made up of a layered hierarchy. The paper presents
a qualitative analysis in terms of the meaning, scope, and position of evidential -ly adverbs. The FDG evidential
subcategories are Reportative (reportedly), Inferential (presumably), Deduction
(clearly) and Event Perception (visibly). Various FDG-related tests reveal more about the
behaviour of English evidential adverbs. In order to carry out the tests, examples of the use of evidential adverbs in this paper
have been constructed by the author and their acceptability judged by native speakers of South-East England. It becomes evident
not only that the meaning of evidential adverbs in declaratives is context-dependent, which makes them chameleon-like, but also
that the meaning of evidential -ly adverbs determines their scope, which itself is reflected in their formal
behaviour. Furthermore, the paper confirms observations of others that the reportative evidential subcategory acts differently
from the three other subcategories — inferential, deductive and event perception.
Terminology
Authors: Liu Xingfeng 
Published: February 2025

Abstract
Terminology originated in Europe and drew its theoretical and practical foundations primarily from European
sources. However, it is essential to note that ancient China also possessed its own system of terminology, which has largely been
overlooked in contemporary terminology studies. This paper aims to delve into the realm of ancient Chinese terminology, examining
both its practical applications and theoretical underpinnings. The findings indicate that there existed a variety of methods for
term classification, approaches to term explanation, and practical works related to terminology. Theoretically, ming
xue (studies of names/naming) represents the distinctive terminology studies in ancient China. Ancient Chinese
terminology investigates various aspects such as the definition, typology, function, interpretation of terms, and intricate
relationship between names and realities, with special emphasis on the importance of rectifying names. This study is valuable for
gaining insights into ancient Chinese terminology and broadening our understanding of terminology across various areas and
eras.
High power, compact picosecond pulse compression based on concaveconvex cavity
Authors: Huang Zhenwen , Li Pinbin , Xing Xiaowei , Liu Qi , Wang Kejian , Liu Wenjun , Teng Hao , Zhu Jiangfeng , Wei Zhiyi 
Published: February 2025

Abstract
Utilizing a concave-convex multi-pass cavity and solid-state nonlinear solid media for nonlinear spectral broadening, in conjunction with a pulse post-compression setup, the femtosecond pulses with high peak power density have been successfully achieved. Compared to the other traditional pulse compression technologies, the configuration is very compact with large tolerance for beam direction and spot size. The pulses with 80 W in 10.7 ps at 500 kHz are compressed to 842 fs with the configuration, and the compressed pulse duration approaches the Fourier transform limited pulse duration of 707 fs.
Road dynamic target recognition using a low-cost millimeter wave radar
Authors: Guo Juntao , Yang Zhaocheng , Chu Ping , Cai Jiayi , Zhou Jianhua 
Published: February 2025

Abstract
For outdoor scenarios, millimeter-wave radar has attracted considerable attention due to its advantage of being less affected by lighting and weather conditions. In this paper, we propose a road dynamic target recognition method using a low-cost millimeter wave radar. We first track targets to estimate the global trajectory of each target, and then extract effective local trajectories from them to remove the interference of non-attention targets. Subsequently, we cut the effective local trajectories to estimate the speed and approximate size of the target. Finally, we utilize the support vector machine by exploiting the estimated speed, target size and some other features to classify the targets into people, bicycles and cars. Moreover, a real-time low-cost system is designed to implement the proposed method. Experiment results show that the proposed method is robust to the installation height and angles, and can achieve an average accuracy of 96.19% for triple classification.
Retrospective study on the resonance of thermoacoustic emissions and their possible biological implications in cats treated with electron FLASH beams
Authors: Lascaud Julie , Rädler Martin , Rohrer Bley Carla , Vozenin Marie-Catherine , Parodi Katia 
Published: February 2025

Abstract

Objective. Radiotherapy delivered at an ultra-high dose rate (UHDR) is a promising cancer treatment. In the last years, it has been shown to selectively reduce toxicity in healthy tissue by triggering the so-called FLASH effect achieved through specific temporal dose fractionation. However, the increase of the instantaneous dose rate results in the production of stronger thermoacoustic emissions for microsecond or shorter pulsed ionizing beams, which could potentially impact the treatment outcomes. Focusing on scenarios expected to create the highest acoustic intensities, the objectives of this work were to assess whether acoustic resonance can theoretically occur in vivo and how it could be mitigated in cases where it would influence the biological response. Approach. Thermoacoustic emissions were retrospectively simulated from post-treatment x-ray computed tomography scans of cats irradiated with a single high dose of electron FLASH to treat squamous carcinoma of the nasal planum. The peak dose, pressure intensity and location of the acoustic resonance were assessed for different beam positioning and reproduced for three animals. Main results. Irradiation of nasal planum in cats using a frontal electron beam results in pressure hot spots due to acoustic resonance that are observed in the vicinity of the rostral maxillary bone. The pressure distribution is mostly influenced by the anatomy (i.e. geometry and heterogeneous composition of the irradiated object), whereas its intensity largely depends on the irradiation setup. While further experimental investigation is needed to understand and mitigate potential associated risks, our results underline that acoustic phenomena so far neglected in conventional radiotherapy may need to be accounted for when using UHDR delivery. Significance. We show that specific irradiation scenarios can induce geometry-dependent thermoacoustic resonances in vivo which may be of sufficient magnitude to induce biological effects and impact the outcomes of FLASH radiotherapy.
Predictive outlook for experiments resolving prompt vs local redeposition of high-Z materials in tokamaks
Authors: Easley D C , Johnson C A , Diaw A , Younkin T R , Donovan D C , Unterberg E A , Abe S 
Published: February 2025

Abstract
High-Z plasma facing components redeposit within the sheath through a combination of two distinct mechanisms: prompt (or geometric-driven) and local (or sheath-driven) redeposition. Experimental efforts are needed to determine the leading-order parameters influencing prompt-vs-local trade-off, which sets the fraction of material entering the scrape-off layer. In preparation for such experiments, leading-order parameters are isolated within the PYEAD-RustBCA-GITR coupled net erosion code using Sobol’ sensitivity analysis. Then, experiments resolving prompt-vs-local trade-off under variation of these leading-order parameters are proposed using an isotopic coupon design with multifaceted diagnostic coverage. The measurability of these experiments is evaluated using synthetic diagnostics.
Non-classicality and non-adiabaticity in a single trapped ion
Authors: Avalos C F P , de Oliveira M C 
Published: February 2025

Abstract
Trapped ion systems present non-classical characteristics such as squeezed states that show a quantum advantage in quantum sensing, quantum information processing and quantum thermodynamics. We analyze the non-classical characteristics of a system described by a single ion trapped by a periodic potential field. Within the regime of non-adiabatic manipulation of the potential field, the dynamics of motion of the center of mass of the ion can be described by a dimensionless parameter called the non-adiabatic parameter

Q

∗

. This parameter allows us to distinguish the classical and non-classical characteristics of the system. Using the equations of motion of observables in the Heisenberg picture, we propose an analysis of the unitary time evolution operator and discuss the squeezing behavior in the state of motion of the ion. The results shown can serve as a basis to discuss the presence of squeezing as a resource in quantum thermodynamics in the non-adiabatic regime in actual achievable experimental limitations.
A modeling method for self-heating effect of FinFET with wide application range considering characteristic parameter
Authors: Wang Yue , Liang Huaguo , Li Danqing , Zhang Hong , Shao Zhiwei , Pan Yuqi , Yi Maoxiang , Lu Yingchun , Huang Zhengfeng 
Published: February 2025

Abstract
With the ongoing trend of reducing transistor size, dealing with self-heating effect (SHE) has emerged as a crucial challenge in ensuring the reliability of small-sized transistors. Accurately characterizing SHE is fundamental for predicting reliability. In this article, we focus on characterizing SHE in 14 nm finned field-effect-transistor (FinFET) by establishing the relationship between gate source voltage (V

GS
), threshold voltage (V

TH
), and SHE temperature (T

SHE
). The model established in the article allows for SHE characterization of 14 nm nFinFET within a voltage range of 0–0.7 V (R2 goodness of fit >99.95%; R Correlation coefficient >99.95%; error <1 °C) and 14 nm pFinFET within a voltage range of −0.3 ­ −0.7 V (R2 goodness of fit >99.95%; R Correlation coefficient >99.95%; error <1 °C), respectively. Simulation results further validates the applicability of our characterization method for 10 nm and 7 nm process technologies. Finally, a comparison of the characterization method with other methods reveals that the characterization method stands out for its broad applicability and streamlined steps, offering a solid methodological foundation for predicting SHE.
Height quantized diffractive deep neural networks
Authors: Li Runze , Zhuang Xuhui , Ding Gege , Song Mingzhu , Jin Guang , Zhang Xuemin , Wen Jie , Wang Shaoju 
Published: February 2025

Abstract
Diffractive deep neural networks (D2NN) have shown advantages in artificial intelligence image processing tasks, such as lens-free imaging. Since the accuracy and resolution of current fabrication technologies such as photolithography and 3D printing are difficult to meet the low-cost D2NN manufacturing, in order to solve this problem, we designed height quantized diffractive deep neural networks, thereby improving the networks detail resolution and reducing the fabrication accuracy requirements. We experimentally verified the functionality of the proposed networks, and simulation results show that this structure can achieve the same training effect with less training time. In addition, the quantization process is introduced into D2NN as a kind of noise, which can partially avoid the overfitting of the D2NN.
Semiconductor/lithium lanthanum titanate perovskite interface: a DFT study
Authors: Cervantes J M , Antonio J E , Muñoz H , Escamilla R O , Romero M , Escamilla R 
Published: February 2025

Abstract
Currently, incorporating functional materials such as Si and Ge semiconductors on perovskite-type oxide titanates is essential to exploit their electronic and magnetic properties. In this work, the electronic and magnetic properties of Si/Ge monolayer (ML) on a LaO-terminated LaTiO3 (LTO) or LiO-terminated Li0.5La0.5TiO3 (LLTO) surface, at La-, O- and Li-top sites systems were studied through the Density Functional Theory. Our results show that the system has an antiferromagnetic order when the Si-ML is on the O-top site of the LTO surface; and ferromagnetic when the Si-ML is on the O-top site of the LLTO surface. All the remaining Si adsorption cases are ferrimagnetic systems. When the Ge ML is placed at the La-top and O-top sites on the LTO surface, the resulting systems exhibit ferrimagnetism. In contrast, the Ge-ML on the LLTO surface shows ferromagnetism, regardless of the adsorption site. The adsorption energy values show that the most favorable site to place the Si/Ge ML on the LLTO perovskite surface is at the O-top site. These results display that Si/Ge semiconductor ML/oxide perovskite surface could be used as interface in electrochemical systems.
Innovative development of sustainable epoxy toughened through banana flower pistil: mechanical along with water absorption performance evaluation
Authors: Dhanenderan N , Rajasekaran P , Peniel Pauldoss S , Arumuganainar K 
Published: February 2025

Abstract
This work aimed to formulate sustainable material through utilizing banana flower pistil waste, a by-product of banana flower consumption, as a reinforcement agent. The primary objective was to evaluate function of material made from epoxy in addition to banana flower pistils at varying weight fractions (10 wt% to 30 wt% in 5 wt% increments) through hand layup system, followed by mechanical testing to determine its functioning. Composite with 25 wt% banana flower pistil demonstrated the highest mechanical performance, achieving 64 MPa strength in tensile, 185 MPa strength in flexural, 7.64 kJ m−2 strength in impact, and 89 Shore D hardness. However, composite with 30 wt% banana flower pistil expressed utmost water amalgamation of 21% over 10 days. These findings indicate that the 25 wt% composite optimally balances mechanical strength and water resistance. The significance of this research lies in the development of an eco-friendly and cost-effective material with comparable performance to other natural composites. Potential applications for this composite include lightweight structural components in automotive, construction, and consumer goods industries, where moderate load-bearing capacity and sustainability are prioritized.
Galactic and extragalactic probe of dark matter with LISA's binary black holes
Authors: Ghodla Sohan 
Published: February 2025

Abstract
The upcoming LISA mission will be able to detect gravitational waves from galactic and extragalactic compact binaries. Here, we report on LISA's capability to probe dark matter around these binaries if the latter constitute black holes. By analyzing the variation in the chirp mass of the binary, we show that depending on the black hole masses, LISA should be able to probe their surrounding dark matter to a luminosity distance of ≈ 1 Gpc if such binaries are located within the inner ≈ 10 pc of their galactic center for particle-like dark matter or near the galactic solitonic core for wave-like dark matter. However, for the latter, the density of dark matter near the galactic center must be higher than predicted from dark matter only simulations. Even if a null result is recorded during the course of observation of well-localized binaries, one can rule out certain parameter spaces of dark matter as being the dominant contributor to the matter budget of the Universe.
High performance gel electrolytes for zinc ion batteries
Authors: Wan Fu , Hu Kaida , Zhang Ying , Deng Baojia 
Published: February 2025

Abstract
In recent years, Zinc-ion batteries (ZIBs) have garnered considerable interest as a promising new form of energy storage technology that is anticipated to supplant lithium-ion batteries. However, problems such as electrolytes leakage and dendrite growth in ZIBs have hindered their further development in energy storage systems, and gel electrolytes are considered to be the most promising alternative to solve this set of problems. In this paper, we successfully prepared a porous gel electrolyte of polyvinyl alcohol (PVA) crosslinked with polyethylene glycol (PEG), which has an ionic conductivity of up to 22.38 mS cm−1 and excellent mechanical properties, and finally shows excellent multiplicity performance and long-cycling performance in ZIBs as well. This study provides useful insights for the development of high-performance gel electrolytes.
Investigation of promotion effect of ZIF-8 suspensions on hydrate formation
Authors: Tong Shikun , Yan Kele , Ren Yuemeng , Jin Yanxin , Gao Kaige , Xie Hui 
Published: February 2025

Abstract
Porous adsorption materials have been used to promote hydrate formation in the development of hydrate-based technology. In this study, the effect of ZIF-8 suspensions on the formation kinetic of methane hydrate was investigated systematically. The experimental results show that the presence of ZIF-8 suspensions can effectively reduce the induction time of methane hydrate formation, and the higher the amount of addition, the shorter the induction time. We found the transition mechanism of inhibition-promotion effect of ZIF-8. At low pressure, gas adsorption and hydrate formation compete to capture the dissolved methane, limiting the further hydrate growth. At high pressure, the gas consumption rates are determined by the hydrate formation in bulk phase at the early stage. When the mass transfer resistance is large, conversion of adsorbed gas provides additional source for hydrate formation. The promotion effect of ZIF-8 on hydrate formation emerges at the initial pressure of 6.5MPa, and the methane gas consumption increases significantly with the increase of ZIF-8 addition.
Experimental study on the deposition and adsorption mechanism of fluorescent nanoparticle tracers in sandstone reservoirs
Authors: Li Sinan , Li Haitao , Wang Xinliang , Sun Xiaoyi , Li Dong , Liu Zimin 
Published: February 2025

Abstract
Chemical tracer testing technology is one of the important means for reservoir characterization. By injecting chemical tracers, effective reservoir information under specific conditions can be obtained, such as the inter-well connectivity between injection and production wells, the evaluation of enhanced oil recovery after polymer injection, and the estimation of residual oil saturation. In this study, fluorescent silica nanoparticles were selected as tracers. Through core displacement experiments, the adsorption and retention characteristics of these nanoparticles on the surface of sandstone reservoir rocks were investigated, as well as the factors affecting the migration, adsorption, and retention of particles in sandstone reservoirs.
Development of low temperature electronics for LAr-TPC
Authors: Morita Ayumi , Hamada Eitaro , Hasegawa Takuya , Hosokawa Ritsuya , Kishishita Tetsuichi , Kotobuki Kazuyuki , Narita Shinya , Sakashita Ken 
Published: February 2025

Abstract
Recently, the multi-kton Liquid Argon Time Projection Chamber (LAr-TPC) has been developed
to conduct neutrino oscillation and nucleon decay search experiments.
Accordingly, the necessity of high functional electronics for the multi-kton
LAr-TPC has been increasing. The electronics used in LAr-TPC is needed to operate stably at
cryogenic temperature (89 K). Thus, we have been developing analog front-end electronics for
LAr-TPC termed as LTARS, and making improvements. The latest version of this
electronics in the LTARS series, LTAR16A, is fabricated in a TSMC 180 nm process. The ASIC
includes on board the following features: A/D converters, internal and external trigger modes
and two data processing modes. We tested the LTARS16A and confirmed that the performance
satisfies our requirements for both at room and cryogenic temperatures. Furthermore, we
successfully observed the output signal for α-rays with the LTARS16A mounted on a
small-sized prototype TPC.
Insights gained from test system preparation for the hybrids production for the CMS Phase-2 Outer Tracker
Authors: Szydlik P. , Abbas M. , Ahmed I. , Allongue B. , Andreou D. , Blanchot G. , Carnesecchi R. , Klein K. , Kovacs M. , Lapornik A. , La Rosa A. , Lipinski M. , Louis D. , Mohammadi Najafabadi M. , Pauls A. , Sultan A. , Thurn F. , Zografos A. ,   on behalf of CMS Tracker group
Published: February 2025

Abstract
The CMS Phase-2 Outer Tracker requires the manufacturing of 8000 Strip-Strip and 5880 Pixel-Strip silicon modules, altogether incorporating 47 520 hybrid circuits of 18 variants. To ensure complete functionality of the modules it is essential to perform production-scale testing of the hybrids before the module assembly. For that reason, a complex, scalable test system was designed, manufactured, and commissioned. However, the system deployment encountered more difficulties than anticipated which required extensive debugging and creative problem solving. The problems, solutions, and lessons learned from the system deployment are presented.
Prospects of black phosphorus nanosheets in the treatment of peri-implantitis
Authors: Wu Ailin , Su Jun , Zhang Yongzhi , Zhang Dongjiao , Chen Yanhua 
Published: February 2025

Abstract
Peri-implantitis represents an inflammatory condition characterized by the presence of plaque-related soft and hard tissue damage surrounding dental implants, often resulting in progressive alveolar bone loss and, ultimately, implant failure. Black phosphorus (BP), a novel two-dimensional (2D) material that has recently emerged in the biomedical field, has attracted increasing attention due to its unique osteogenic properties and exceptional antibacterial and antioxidant characteristics. Additionally, its outstanding biomedical attributes enhance angiogenesis and nerve regeneration. Compared to other biomaterials, its high specific surface area, high photothermal conversion efficiency, and complete biodegradability make BP a promising candidate for treating infection-related bone defects. This article reviews the biological properties of BP nanosheets (BPNSs) and discusses their potential applications in the context of peri-implantitis, aiming to provide fresh insights for future research and applications of BPNS.