bluuebunny/crossref_metadata_2025_split huggingface dataset:
Personalized bioceramic grafts for craniomaxillofacial bone regeneration
Authors: de Carvalho Ana Beatriz G. , Rahimnejad Maedeh , Oliveira Rodrigo L. M. S. , Sikder Prabaha , Saavedra Guilherme S. F. A. , Bhaduri Sarit B. , Gawlitta Debby , Malda Jos , Kaigler Darnell , Trichês Eliandra S. , Bottino Marco C. 
Published: October 2024

AbstractThe reconstruction of craniomaxillofacial bone defects remains clinically challenging. To date, autogenous grafts are considered the gold standard but present critical drawbacks. These shortcomings have driven recent research on craniomaxillofacial bone reconstruction to focus on synthetic grafts with distinct materials and fabrication techniques. Among the various fabrication methods, additive manufacturing (AM) has shown significant clinical potential. AM technologies build three-dimensional (3D) objects with personalized geometry customizable from a computer-aided design. These layer-by-layer 3D biomaterial structures can support bone formation by guiding cell migration/proliferation, osteogenesis, and angiogenesis. Additionally, these structures can be engineered to degrade concomitantly with the new bone tissue formation, making them ideal as synthetic grafts. This review delves into the key advances of bioceramic grafts/scaffolds obtained by 3D printing for personalized craniomaxillofacial bone reconstruction. In this regard, clinically relevant topics such as ceramic-based biomaterials, graft/scaffold characteristics (macro/micro-features), material extrusion-based 3D printing, and the step-by-step workflow to engineer personalized bioceramic grafts are discussed. Importantly, in vitro models are highlighted in conjunction with a thorough examination of the signaling pathways reported when investigating these bioceramics and their effect on cellular response/behavior. Lastly, we summarize the clinical potential and translation opportunities of personalized bioceramics for craniomaxillofacial bone regeneration.
Oscillometric blood pressure measurements on smartphones using vibrometric force estimation
Authors: Barry Colin , Xuan Yinan , Fascetti Ava , Moore Alison , Wang Edward Jay 
Published: October 2024

AbstractThis paper proposes a smartphone-based method for measuring Blood Pressure (BP) using the oscillometric method. For oscillometry, it is necessary to measure (1) the pressure applied to the artery and (2) the local blood volume change. This is accomplished by performing an oscillometric measurement at the finger’s digital artery, whereby a user presses down on the phone’s camera with steadily increasing force. The camera is used to capture the blood volume change using photoplethysmography. We devised a novel method for measuring the force applied of the finger without the use of specialized smartphone hardware with a technique called Vibrometric Force Estimation (VFE). The fundamental concept of VFE relies on a phenomenon where a vibrating object is dampened when an external force is applied on to it. This phenomenon can be recreated using the phone’s own vibration motor and measured using the phone’s Inertial Measurement Unit (IMU). A cross device reliability study with three smartphones of different manufacturers, shape, and prices results in similar force estimation performance across all smartphone models. In an N = 24 proof of concept study of the BP measurement, the smartphone technique achieves a mean absolute error of 9.21 mmHg and 7.77 mmHg of systolic and diastolic BP, respectively, compared to an FDA approved BP cuff. The vision for this technology is not necessarily to replace existing BP monitoring solutions, but rather to introduce a downloadable smartphone software application that could serve as a low-barrier hypertension screening measurement fit for widespread adoption.
Adaptive robust self‐scheduling for a wind‐based GenCo equipped with power‐to‐gas system and gas turbine to participate in electricity and natural gas markets
Authors: Fereydani Mojtaba , Latify Mohammad Amin 
Published: October 2024

AbstractIntegrating renewable energy, particularly wind generation, into power systems brings significant uncertainty and intermittency, challenging generation companies (GenCos) to maintain economic operations. This paper proposes a strategy for a wind‐based GenCo equipped with a gas turbine and a power‐to‐gas (PtG) system to balance wind variability. The gas turbine offsets power shortfalls by consuming natural gas, while the PtG system absorbs excess wind energy, converting it to natural gas and injecting it into the natural gas network as a form of storage. The GenCo operates in day‐ahead electricity and natural gas markets and the real‐time electricity market, addressing uncertainties from wind output, energy prices, and natural gas access. A tri‐level adaptive robust optimization model is introduced for the GenCo’s short‐term operational scheduling. At the first level, decisions related to the GenCo's participation in the day‐ahead electricity and natural gas markets are made. The second level deals with determining the worst‐case realization of the uncertainties, constrained by the budget of uncertainty and the limited range of variations of uncertain variables. The third level sets the operational strategy on the actual day, considering power and gas balance, as well as constraints for the wind farm, gas turbine, and PtG unit. A column & constraint generation (C&CG) algorithm is used to solve the model. Numerical results demonstrate the model’s effectiveness in various case studies, showing that the GenCo can manage wind uncertainties, benefit from arbitrage opportunities in electricity and gas markets, and improve economic outcomes. This approach supports the broader integration of renewable energy into power systems.
Simultaneous single image super‐resolution and blind Gaussian denoising via slim ghost full‐frequency residual blocks
Authors: Farhangfar Saghar , Baradarani Aryaz , Asadpour Mohammad , Balafar Mohammad Ali , Maev Roman Gr. 
Published: October 2024

AbstractGiven that super‐resolution (SR) aims to recover lost information, and low‐resolution (LR) images in real‐world conditions might be corrupted with multiple degradations, considering basic bicubic down‐sampling as the sole degradation significantly limits the performance of most existing SR models. This paper presents a model for simultaneous super‐resolution and blind additive white Gaussian noise (AWGN) denoising with two components (netdeg and netSR) that is based on a generative adversarial network (GAN) to achieve detailed results. netdeg, featuring residual and innovative cost‐effective ghost residual blocks with a frequency separation module for obtaining long‐range information, blindly restores a clean version of the LR image. netSR leverages slim ghost full‐frequency residual blocks to process low‐frequency (LF) and high‐frequency (HF) information via static large convolutions and pixel‐wise highlighted input‐adaptive dynamic convolutions, respectively. To address the susceptibility of dynamic layers to noise and preserve feature diversity while reducing model’s costs, static and dynamic layer features are combined and highlighted. Diverse and non‐redundant features are then processed using ghost‐style blocks. The proposed model achieves comparable SR results in bicubic down‐sampling scenarios, outperform existing SR methods in the complex task of concurrent SR and AWGN denoising, and demonstrate robustness in handling images corrupted with varying levels of AWGN.
Raman Microscopy Identification of Secondary Spurious Phases in Molten GdSr2RuCu2O8-δ Superconductor for Photonics and Plasmonic Applications
Authors: Gombos Marcello , Managò Stefano , Zola Danilo , Carapella Giovanni , Tarallo Oreste , Mocella Vito , De Luca Anna Chiara , Rendina Ivo , Ruffo Francesco , Orgiani Pasquale , Ciancio Regina 
Published: October 2024

Plasmonic and Photonics applications of superconducting materials, suggested at first by the necessity to minimize the dissipative losses of conventional metals in the high frequency ranges, are topics of growing interest in Optics. In this perspective, GdSr2RuCu2O8-δ (Gd1212) Rutheno-Cuprate Superconductor presents very promising properties, showing both superconducting and magnetically ordered phases coexisting in the same cell. To investigate its features, the fabrication of macroscopic crystallographically oriented samples is necessary. The use of melt texturing techniques has shown to be among the most effective ways to achieve the best characteristics, although the fabrication of high-quality Gd1212 samples is intrinsically difficult.
To reach a better understanding of Gd1212 incongruent melting reaction, a series of bulk samples annealed at temperatures below and above the melting temperature was prepared. Raman Microscopy and Mapping performed on molten and re-solidified samples revealed the presence of different phases, corresponding to those identified in our previous studies. These observations were also confirmed by XRD, TGA-DTA, and SEM+EDS characterisations. Secondary phases formation showed a strong dependence on the temperature of the annealing treatments.
Susceptibility and magnetization measurements show both superconducting and magnetic transitions and a contribution of different spurious magnetic phases as suggested by EDS.
Radiology during a war – experience in Ukraine
Authors: Nehria Nataliia , Nehria Yevhenii , Bukharin Tymofii 
Published: October 2024

AbstractMilitary radiology, an integral part of military medicine, plays a pivotal role in medical triage, diagnosis, and treatment. Its significance lies in providing timely and accurate assessments in challenging situations.The utilization of contemporary sonographic techniques enables rapid identification of life-threatening conditions, ensuring prompt medical aid and facilitating regional anesthesia. Computed tomography emerges as a critical tool for assessing injury extent, planning surgeries, monitoring postoperative phases, and conducting retrospective evaluations, especially when anatomical dissection is complex.Battlefield radiology not only enhances the understanding of injury mechanisms and battlefield traumas but also contributes significantly to the overall improvement of diagnostic and treatment approaches. Ukrainian doctors actively engaged in diverse stages of patient care accumulate a wealth of knowledge, substantially elevating the survival rates of wounded individuals. This experience serves as the foundation for ongoing enhancements and the advancement of military radiology, even during periods of peace.
The Association between the Social Vulnerability Index and Adverse Neonatal Outcomes
Authors: McCarley Charlotte B. , Blanchard Christina T. , Nassel Ariann , Champion Macie L. , Battarbee Ashley N. , Subramaniam Akila 
Published: October 2024

Objective Identifying underlying social risk factors for neonatal intensive care unit (NICU) admission is important for designing interventions to reduce adverse outcomes. We aimed to determine whether a patient's exposure to community-level stressors as measured by the social vulnerability index (SVI) is associated with NICU admission.
Study Design Retrospective cohort study (2014–2018) of patients delivering a liveborn ≥ 22 weeks' gestation at a quaternary care center. Patient addresses were used to assign each individual a composite SVI and theme score. The primary exposure was a composite SVI score categorized into tertiles. The primary outcome was NICU admission. Secondary outcomes included NICU length of stay and neonatal morbidity composite. Multivariable logistic regression was performed to estimate the association between composite SVI and outcomes (low SVI as referent). We secondarily compared mean composite and theme SVI scores; individual components of each theme were also compared.
Results From 2014 to 2018, 13,757 patients were included; 2,837 (21%) had a neonate with NICU admission. Patients with higher SVI were more likely to self-identify as Black race and have medical comorbidities. Living in areas with moderate or high SVI was not associated with NICU admission (moderate SVI adjusted odds ratio [aOR]: 1.13, 95% confidence interval [CI]: 0.96–1.34; high SVI aOR: 1.12, 95% CI: 0.95–1.33). Moderate SVI was associated with increased neonatal morbidity (aOR: 1.18, 95% CI: 1.001–1.38). In an analysis of SVI as a continuous variable, mean SVI scores were significantly higher in individuals who had an infant admitted to the NICU. Those requiring NICU admission lived in areas with lower per capita income and a higher number of mobile homes (p < 0.001).
Conclusion Patients living in areas with moderate or high SVI were not shown to have higher odds of having a neonate admitted to the NICU. Neonatal morbidity was higher in those living in areas with moderate SVI. Increased access to social services may improve neonatal outcomes.
Key Points
China–US scientific collaboration on sustainable development amidst geopolitical tensions
Authors: Li Rongrong , Ren Feng , Wang Qiang 
Published: October 2024

AbstractThis study aims to investigate whether growing geopolitical competition has affected international collaboration in sustainable development research, with a particular focus on structural changes in bilateral research collaboration between China and the United States. Three datasets have been created and compared using bibliographic information provided by the Web of Science core collection: before the Trump administration, during the Trump administration, and during the Biden administration. The results indicate that countries worldwide have conducted extensive research in sustainable development, and the United States, China, and the United Kingdom have produced the most publications, demonstrating a high level of scientific research productivity. Concerning the collaborative patterns of sustainable development research, China and the United States are each other’s largest collaborative partners. The intensity of scientific research collaboration between the two countries has not declined due to geopolitical tensions. Conversely, the intensity of scientific research between the two countries is still increasing. The keyword thematic explorations reveal that research on China–US collaboration has focused differently across the three time periods and that despite differences in research bias, efforts to contribute to advancing the achievement of the SDGs have been consistent. It is possible that geopolitical considerations have heightened the urgency of policy research and led to its incorporation into research centers.
Nuevos retos (de recepción y comprensión intersemióticos) para la accesibilidad
Authors: Mogorrón Pedro 
Published: October 2024

Abstract
In this article, after defining the concept of cultural reference and limiting its treatment to the study
of phraseological units and intertextual references, we address these two phenomena in order to show the difficulty that users
without visual or acoustic perception problems have in identifying and understanding them. Then, after presenting the current
regulations designed to help disabled people in their daily lives, we show that cultural references have not been researched
in depth in the field of accessibility and that support measures are necessary so that the viewer can have a reception, at
least compensatory, of this phenomenon.
El SPS como herramienta transversal para la adquisición de competencias traductoras en el contexto de la enseñanza de la
traducción especializada
Authors: Martínez-Blasco Iván 
Published: October 2024

Abstract
The aim of this article is to include Subtitling for Deaf and Hard-of-Hearing audiences (SDH) as a
transversal competence in the teaching-learning of French-Spanish Technical-Scientific Translation, to implement a didactic
proposal that will help students to consolidate and expand the competences required by this branch of the discipline. To this
end, we aim to familiarise students with real working dynamics in the field of subtitling for deaf and hard-of-hearing people
by using simulated collaborative translation assignments in which students act in assigned roles, and which serve to raise
practical issues of the labour market in audiovisual translation and accessibility applied to the context of
technical-scientific translation.
Improvement of microwave absorbing capability on the soft magnetic/hard magnetic/perovskite composites
Authors: Gunanto Y E , Izaak M P , Sitompul H , Taryana Y , Mulyawan A , Setiawan J , Yunasfi Y , Adi W A , Taufiq A , Ramlan R 
Published: October 2024

Abstract
This paper reports an increase in the ability to absorb microwaves from a composite made of combination between soft and hard magnetic materials, perovskite material, and an epoxy as matrix of composite, Ni0.5Zn0.5Fe2O4/Ba0.6Sr0.4Fe9.5Al0.5MnTiO19/FeTiO3/epoxy (NBFE) with a wt% ratio of 5:3:2:10. Composite samples were made using the mechanical alloying method with milling techniques and sintered at a temperature of 1000 °C for 5 h. NBFE composites were studied to increase the ability to absorb microwaves at 2–18 GHz frequencies with thickness variations of 1 mm and 2 mm. The results obtained, the composite sample Ni0.5Zn0.5Fe2O4/Ba0.6Sr0.4Fe9.5Al0.5MnTiO19/FeTiO3/epoxy has the ability to absorb microwaves with the best reflection loss value −37.47 dB with a bandwidth almost reaches 11.32 GHz in the 2–18 GHz frequency range.
Super-resolution imaging quality enhancement method for distributed array infrared camera
Authors: Song Danying , Ma Xunuo , Jia Xinyu , Yu Nana , Xi Sixing , Ge Jingjing , Wang Xiaolei , Zhu Zhuqing 
Published: October 2024

Abstract
To address issues related to low resolution and high noise in infrared cameras, a distributed array infrared camera imaging system utilizing four cameras is proposed. The four cameras are arranged in an unconstrained array, and the combination algorithm of Projections onto Convex Sets (POCS) and Real-Enhanced Super-Resolution Generative Adversarial Networks (Real-ESRGAN) is applied to achieve high-quality super-resolution infrared imaging. The wavelet fusion algorithm is used to preprocess four low-resolution infrared images to reduce noise. Then, the POCS algorithm is used to reconstruct the preprocessed image. Finally, the Real-ESRGAN is employed for image reconstruction, resulting in an ultra-high-resolution infrared image. The results show that compared to single infrared camera imaging, the resolution of images reconstructed using the distributed infrared camera array is increased by 0.58 times, with the Modulation Transfer Function (MTF) increased by 1.2 times. Additionally, the entropy is increased by 18.87%, the standard deviation is increased by 13.51%, and the Naturalness Image Quality Evaluator (NIQE) is reduced by 18.87%. This demonstrates a significant enhancement in the super-resolution imaging quality of the distributed infrared camera array.
The quantum vortices dynamics: spatio-temporal scale hierarchy and origin of turbulence
Authors: Talalov S V 
Published: October 2024

Abstract
This study investigates the evolution and interaction of quantum vortex loops with a small but non-zero radius of core a. The quantization scheme of the classical vortex system is based on the approach proposed by the author Talalov S V (2022 Eur. Journ. Mech B/Fluids
92 100-6), Talalov S V (2023 Physical Review Fluids
8 034 607-1-03460712). We consider small perturbations in the ring-shaped loops, which include both helical-type shape variations and small excitations of the flow in the vortex core. The quantization of the circulation Γ is deduced from the first principles of quantum theory. As a result of our approach, the set of quantized circulation values is wider than the standard one. The developed theory introduces a hierarchical spatio-temporal scale in the quantum evolution of vortices. We also explore the applicability of this model for describing the origins of turbulence in quantum fluid flows. To achieve this specific objective, we employ the method of random Hamiltonians to describe the interaction of quantum vortex loops.
Constraining UV freeze-in of light relics with current and next-generation CMB observations
Authors: Caloni Luca , Stengel Patrick , Lattanzi Massimiliano , Gerbino Martina 
Published: October 2024

Abstract
Cosmological observations allow to measure the abundance of light relics produced in the early Universe. Most studies focus on the thermal freeze-out scenario, yet light relics produced by freeze-in are generic for models in which new light degrees of freedom do not couple strongly enough to the Standard Model (SM) plasma to allow for full thermalization in the early Universe. In ultraviolet (UV) freeze-in scenarios, rates for light relic production associated with non-renormalizable interactions typical of beyond the SM (BSM) models grow with temperature more quickly than the Hubble rate. Thus, relatively small couplings to the SM can be probed by current and next-generation cosmic microwave background (CMB) experiments. We investigate several representative benchmark BSM models, such as axion-like particles from Primakoff production, massless dark photons and light right-handed neutrinos. We calculate contributions to the effective number of neutrino species, ΔN
eff, in corners of parameter space not previously considered and discuss the sensitivity of CMB experiments compared to other probes. In contrast to freeze-out scenarios, ΔN
eff from UV freeze-in is more dependent on both the specific BSM physics model and the reheating temperature. Depending on the details of the BSM scenario, we find that the sensitivity of next-generation CMB experiments can complement or surpass the current astrophysical, laboratory or collider constraints on the couplings of the SM to the light relic.
Axion-induced patchy screening of the Cosmic Microwave Background
Authors: Mondino Cristina , Pîrvu Dalila , Huang Junwu , Johnson Matthew C. 
Published: October 2024

Abstract
Cosmic Microwave Background (CMB) photons can undergo resonant conversion into axions in
the presence of magnetized plasma distributed inside non-linear large-scale structure (LSS). This
process leads to axion-induced patchy screening: secondary temperature and polarization
ani­sotropies with a characteristic non-blackbody frequency dependence that are strongly
correlated with the distribution of LSS along our past light cone. We compute the axion-induced
patchy screening contribution to two- and three- point correlation functions that include CMB
anisotropies and tracers of LSS within the halo model. We use these results to forecast the
sensitivity of existing and future surveys to photon-axion couplings for axion masses between
2 × 10-13 eV and 3 × 10-12 eV, using a combination of empirical estimates from
Planck data of the contribution from instrumental noise and foregrounds as well as modeled
contributions on angular scales only accessible with future datasets. We demonstrate that an
analysis using Planck and the unWISE galaxy catalogue would be complementary to the most sensitive
existing astrophysical axion searches, probing couplings as small as 3 × 10-12
GeV-1, while observations from a future survey such as CMB-S4 could extend this reach by
almost an additional order of magnitude.
Two texture zeros for Dirac neutrinos in a diagonal charged lepton basis*
Authors: Lenis Yessica , Gómez John D. , Ponce William A. , Benavides Richard H. 
Published: October 2024

Abstract
A systematic study of the neutrino mass matrix

with two texture zeros in a basis that the charged leptons are diagonal, and under the assumption that neutrinos are Dirac particles is performed. Our study is conducted without any approximation, first analytically and then numerically. Current neutrino oscillation data is used in our analysis. Phenomenological implications of

on lepton CP violation and neutrino mass spectrum are explored.