bluuebunny/crossref_metadata_2025_split huggingface dataset:
Dynamic event‐triggered dissipative control of nonlinear networked control systems with deception attacks
Authors: Li Hengqian , Wu Jie , Zhan Xisheng , Yang Qingsheng , Yan Huaicheng 
Published: June 2023

AbstractFor nonlinear networked control systems with deception attacks, the problem of dynamic event‐triggered dissipative control is researched in this article. First, on the basis of nonlinear networked control systems model, a dynamic event triggered scheme is proposed to save impact of network bandwidth. Second, considering the impact of time delay, a networked time‐delay system model under deception attacks is established. Third, by constructing a new and less conservative Lyapunov function, using linear matrix inequality and unilateral Lipschitz condition, we derive some new sufficient conditions to guarantee the asymptotically stability of nonlinear networked control systems and strictly ‐dissipative performance. Besides, a cooperative design strategy of dynamic event triggered scheme parameters and controller gain is put forward. Finally, a simulation example is given to prove feasibility and rationality of the proposed strategy.
Advancing 2D fluorescence online monitoring in microtiter plates by separating scattered light and fluorescence measurement, using a tunable emission monochromator
Authors: Berg Christoph , Busch Selma , Alawiyah Muthia Dewi , Finger Maurice , Ihling Nina , Paquet‐Durand Olivier , Hitzmann Bernd , Büchs Jochen 
Published: June 2023

AbstractOnline fluorescence monitoring has become a key technology in modern bioprocess development, as it provides in‐depth process knowledge at comparably low costs. In particular, the technology is widely established for high‐throughput microbioreactor cultivation systems, due to its noninvasive character. For microtiter plates, previously also multi‐wavelength 2D fluorescence monitoring was developed. To overcome an observed limitation of fluorescence sensitivity, this study presents a modified spectroscopic setup, including a tunable emission monochromator. The new optical component enables the separation of the scattered and fluorescent light measurements, which allows for the adjustment of integration times of the charge‐coupled device detector. The resulting increased fluorescence sensitivity positively affected the performance of principal component analysis for spectral data of Escherichia coli batch cultivation experiments with varying sorbitol concentration supplementation. In direct comparison with spectral data recorded at short integration times, more biologically consistent signal dynamics were calculated. Furthermore, during partial least square regression for E. coli cultivation experiments with varying glucose concentrations, improved modeling performance was observed. Especially, for the growth‐uncoupled acetate concentration, a considerable improvement of the root‐mean‐square error from 0.25 to 0.17 g/L was achieved. In conclusion, the modified setup represents another important step in advancing 2D fluorescence monitoring in microtiter plates.
Recent progress in poly(ethylene oxide)‐based solid‐state electrolytes for lithium‐ion batteries
Authors: Lee Jiyoung , Kim Byeong‐Su 
Published: June 2023

AbstractIn this review, we discuss the latest research trends related to poly(ethylene oxide) (PEO)‐based solid‐state polymer electrolytes for application in lithium‐ion batteries. First, the characteristics of PEO‐based polymer electrolytes, highlighted as the next‐generation electrolytes for batteries, are briefly introduced. Next, based on the findings reported in the recent literature, strategies to address their inherent challenges, such as low‐ionic conductivity at room temperature, concentration polarization, and poor mechanical properties, are covered. Finally, their remaining challenges and future prospects are outlined.
Determinants of circular business model adoption—A systematic literature review
Authors: Assmann Ingvild Reine , Rosati Francesco , Morioka Sandra Naomi 
Published: June 2023

AbstractAlthough the circular economy is considered an avenue to sustainable development, the transition toward circularity is moving slowly. Academic literature has examined how various factors can affect the adoption of circular business models in specific industries and organizational types. However, no research has systematically reviewed the determinants of circular business model adoption. Through a systematic literature review, this study provides a holistic overview of the determining drivers of and barriers to the adoption of circular business models. Building on a sample of 67 journal articles, this study identifies 54 different determinants and classifies them into eight macro categories: culture, regulation, market, strategy, business case, collaboration, operations, and knowledge. The findings can guide policy‐makers, researchers, and decision makers across industries in understanding what obstacles to avoid and drivers to employ when they wish to increase circular business model adoption.
Adoption of hydrogen‐fueled freight transportation: A strategy toward sustainability
Authors: Shardeo Vipulesh , Sarkar Bishal Dey 
Published: June 2023

AbstractFreight transport is critical to the development of the global economy, but it also increases greenhouse gas (GHG) emissions. As a result, global challenges, such as climate change, must be addressed. Hydrogen‐fueled transportation could be a viable, sustainable alternative by providing a clean, efficient, and long‐term alternative to fossil fuels, resulting in significantly lower GHG emissions. However, the usage of hydrogen as a fuel is still in its nascent stage, and different nations have initiated strategizing its production and consumption. Understanding the factors that may affect hydrogen's adoption as a fuel in the transportation and logistics sector becomes crucial. The present study attempts to fill this gap by identifying, categorizing, and prioritizing those factors. Initially, the factors have been identified from the literature and further finalized with the consultation with domain experts using the critical success factor theory. Further, relevant factors have been finalized and categorized using exploratory factor analysis. Afterward, the grey–ordinal priority approach is applied to determine the priority weights of the categories and their factors. The findings indicated that operational and environmental are the two most prioritized categories. Specifically, “Substituting Energy Dependency,” “Storage and Infrastructure Costs,” and “Ability to Mitigate Harmful Gases” are the top three prioritized factors for the adoption of hydrogen‐fueled transportation among stakeholders. According to the findings, the management of related businesses can collaborate as a business strategy to develop a robust hydrogen supply chain and secure the market stability of hydrogen fuel to ensure sustainable freight transportation.
Cardiopulmonary arrest upon admission caused by pilsicainide hydrochloride intoxication: A case report
Authors: Takahashi Yoshihito , Matsuura Hiroshi , Hino Hiroshi , Chujoh Satoru , Kishimoto Masafumi 
Published: June 2023

Key Clinical MessageA 22‐year‐old male presented to our hospital after receiving 2450 mg of pilsicainide hydrochloride. Subsequently, he experienced cardiac arrest, and percutaneous cardiopulmonary support was introduced to maintain his circulation. After 3 days of intensive care, he regained consciousness and was transferred to another hospital for treatment related to psychological problems.
Neuromyelitis optica spectrum disorder in a patient with ankylosing spondylitis: A case report
Authors: Salari Mehri , Zaker Harofteh Bahareh , Etemadifar Masoud 
Published: June 2023

Key Clinical MessageNeuromyelitis optica spectrum disorder is an autoimmune disease which tends to have other coexisting autoimmune or connective tissue diseases. However, coexisting with ankylosing spondylitis is rare. Here, we report a 57‐year‐old man with concomitant autoantibodies against aquaporin 4‐positive neuromyelitis optica spectrum disorder and HLA‐B27‐positive ankylosing spondylitis.
An optimized “sTOP” strategy‐based awake fiberoptic intubation for a patient with severe scoliosis after halo‐pelvic traction
Authors: Liang Hansheng , Huo Fei , Sun Liang , Feng Yi 
Published: June 2023

AbstractDifficult Airway Society launched the new guideline for awake tracheal intubation (ATI) in adults with the goal of standardizing and promoting ATI techniques to protect the airway in 2020 (Anaesthesia, 2020;75:509). Specifically, the guideline highlighted that the key components of ATI are sedation, topicalization, oxygenation, and performance, coined “sTOP.” To the best of our knowledge, anticipated difficult airway is the best indication for ATI. Patients with severe scoliosis undergoing halo‐pelvic traction (HPT) are often with head and neck fixation, thereby contributing to the anticipated difficult airways. HPT was first used to fix unstable cervical vertebra segments in 1959, and gradually applied in the treatment of scoliosis (scoliosis or kyphosis Angle greater than 90 degrees is usually considered as severe scoliosis), with favorable efficacy and safety profile, and thus widely used in clinical practice (Clin Orthop Relat Res, 1973;93:179). To date, the improved HPT device usually consists of a head ring composed of 6 ~ 8 cranial nails, a pelvic ring composed of 6 ~ 8 iliac bone nails and 4 telescopic connecting rods, which can achieve all‐day continuous traction. Usually, the average traction time was about 8 weeks (Chin Med J (Engt), 2012;125:1297). Our case described a planned awake fiberoptic intubation (AFOI) for a patient with severe scoliosis undergoing HPT via an optimized “sTOP” strategy.
Effect of Intracrystalline Silanol Defects on the Diffusivity of Benzene in Silicalite Zeolite
Authors: Misturini Alechania , Altundal Omer F. , García-Aznar Pablo , Kariminasab Sara , Sastre German 
Published: June 2023

AbstractIntracrystalline zeolite silanol defect groups (≡SiOH) were modelled in silicalite (silica ZSM‐5, MFI) using experimental data. We make a molecular dynamics study on the self‐diffusivity of benzene in silicalite with defects. The simulations at three different loadings (1, 3 and 5 benzene per unit cell) and temperatures (298, 348 and 398 K) allow to calculate self‐diffusivity, adsorption energy and the activation energy. The results show that benzene self‐diffusivity in silicalite is increased by the presence of silanol defects. Previous experimental results support this claim.
Transport phenomena in microchannels in liquid–liquid extraction (LLE) systems operating in a slug flow regime—A review
Authors: Ganguli Arijit A. , Pandit Aniruddha B. , Kunzru Deepak 
Published: June 2023

AbstractIn the present work, the effects of various parameters (capillary size, shape, flow ratio, presence of additives, and presence of wall film) on both reactive and non‐reactive LLE systems are presented and analyzed. The literature data for a constant liquid flow ratio of 1 (Qc/QD = 1) has been correlated to give rise to two empirical correlations relating the Sherwood number (Sh), Reynolds number (Re), capillary number (Ca), and Schmidt number (Sc) have been developed for 0.1 < Re < 10 and 10 < Re < 200. The concept of j‐factor for micro‐channels has been introduced and named as Pandit–Kunzru–Ganguli analogy. Three new dimensionless numbers have been introduced, namely Pandit number (), Ganguli number , and Kunzru number (). The j‐factor is found to be a strong function of Capillary number for 10 < Re < 200 while it is a strong function of surface renewal for 0.1 < Re < 10. Empirical correlations to calculate j‐factor as a function of Re or Weber number (We) are also presented. Recommendations for future work have been presented based on the review in the present work.
Six‐transmembrane epithelial antigen of prostate 3 (STEAP3) is a potential prognostic biomarker in clear cell renal cell carcinoma that correlates with M2 macrophage infiltration and epithelial–mesenchymal
Authors: Wei Haotian , Li Zhaochen , Zhao Yang , Zhu Shimiao , Wen Simeng , Quan Changyi 
Published: June 2023

AbstractBackgroundThe six‐transmembrane epithelial antigen of the prostate 3 (STEAP3) is a metalloreductase, which is essential for iron uptake. Existing literature has shown that STEAP3 may perform an important role in the onset and progression of tumors. Nonetheless, a complete pan‐cancer investigation of the prognostic significance and immune properties of STEAP3 is currently unavailable.AimsAs part of our investigation into the possible functions of STEAP3 in malignancies, we conducted a comprehensive analysis to examine the prognostic value and immune features of STEAP3 in human pan‐cancer.Methods and ResultsR and Cytoscape programs were applied to analyze and visualize the data. The expression of STEAP3 in both cell lines and tissues was measured utilizing a variety of approaches. Using the shRNA knockdown technique, we tested the viability of the A498 and 786‐O cell lines and validated their functions. Both CCK‐8 and transwell assays were conducted to estimate cell proliferation and invasion. The expression of STEAP3 was substantially elevated and was shown to be linked to prognosis in the majority of malignancies, notably in clear cell renal cell carcinoma (ccRCC). In addition, the expression of STEAP3 was shown to have a strong correlation with immune infiltrates, which in turn triggered the recruitment and polarization of M2 macrophages in ccRCC. The protein STEAP3 shows promise as a predictor of responses to immune‐checkpoint blockade (ICB) therapy. Positive links between STEAP3 and the epithelial‐mesenchymal transition (EMT), the p53 pathway, and the immune‐associated pathways were also found in the enrichment analysis. Our results illustrated that the STEAP3 expression level was substantially elevated in ccRCC tissues and suggested that it could stimulate EMT in ccRCC by downregulating CDH1.ConclusionIn a diverse range of cancers, STEAP3 might serve as a biomarker for determining the prognosis as well as a predictor of immunotherapy responsiveness. STEAP3 is a novel biological marker for determining prognosis, and it also performs a remarkable function in the promotion of tumor growth in ccRCC by enhancing invasion and EMT, as well as by triggering the recruitment and polarization of M2 macrophages.
An Amorphous Molybdenum Polysulfide Cathode for Rechargeable Magnesium Batteries
Authors: Zhao Xinyi , Xu Fei 
Published: June 2023

AbstractRechargeable magnesium batteries (RMBs) attract research interest owing to the low cost and high reliability, but the design of cathode materials is the major difficulty of their development. The bivalent magnesium cation suffers from a strong interaction with the anion and is difficult to intercalate into traditional magnesium intercalation cathodes. Herein, an amorphous molybdenum polysulfide (a‐MoSx) is synthesized via a simple one‐step solvothermal reaction and used as the cathode material for RMBs. The a‐MoSx cathode provides a high capacity (185 mAh g−1) and a good rate performance (50 mAh g−1 at 1000 mA g−1), which are much superior compared with crystalline MoS2 and demonstrate the privilege of amorphous RMB cathodes. A mechanism study demonstrates both of molybdenum and sulfur undergo redox reactions and contribute to the capacity. Further optimizations indicate low‐temperature synthesis would favor the magnesium storage performance of a‐MoSx.
Occurrence and Genesis of Cold‐Seep Authigenic Carbonates from the South‐Eastern Mediterranean Sea
Authors: Weidlich R. , Bialik O. M. , Rüggeberg A. , Grobéty B. , Vennemann T. , Neuman A. , Makovsky Y. , Foubert A. 
Published: June 2023

AbstractMethane‐derived authigenic seep carbonates occur globally along continental margins. These carbonates are important archives to identify seep dynamics, the source of the ascending methane‐enriched fluids together with their timing, and are an important carbon sequestration mechanism. Recently, seep carbonates were discovered in the Levant Basin in the south‐eastern Mediterranean Sea. To elucidate past seepage activity and dynamics across the basin, different seep carbonate morphologies (chimneys, crusts and pavements) retrieved from the Levant Basin were mapped based on remotely operating vehicle data and analysed using standard sediment petrographic techniques, X‐ray diffraction and stable carbon and oxygen isotope analyses. Carbonate chimneys consist of micrite (δ13CVPDB of −10‰ to +5‰) with dispersed baryte and dolomite crystals, fan‐shaped aragonite (δ13CVPDB of −52‰ to −30‰) and high‐magnesium calcite cements, with the latter often growing from low‐magnesium calcite spherules. Botryoidal low‐magnesium calcite cements are forming in small cavities. Carbonate crusts consist of micrite with low‐magnesium calcite breccias, high‐magnesium calcite nodules (δ13CVPDB of −35‰ to −20‰) and cements, and partially replaced fan‐shaped aragonite cements. Carbonate pavements consist of low‐magnesium calcite microsparite, micritic dolomite and high‐magnesium calcite. Fan‐shaped aragonite is locally present as pore‐lining cement. Iron oxides are often seen coating the low‐magnesium calcite, high‐magnesium calcite and dolomite cements. Chimneys and crusts, characterised by high amounts of high‐magnesium calcite and aragonite, are interpreted to have formed through advective methane fluxes. Pavements, with high quantities of dolomite, are explained as the product of diffusive methane flux. Sediment petrographic and geochemical analysis of the different carbonate morphologies and cement phases therein witness distinct modes of ascending fluid fluxes and their mixing with marine pore water and/or sea water during precipitation of the individual phases.
Development and seismic behavior of an assembly composite damping self‐centering brace
Authors: Xie Xingsi , Xu Longhe , Ji Xiaodong , Bi Kaiming 
Published: June 2023

AbstractA new type of assembly composite damping self‐centering brace is proposed to simplify the configuration, reduce the manufacturing cost, and improve its energy dissipation capacity, which is assembled by several modules in parallel with different functions. A brace specimen with a total length of 1.843 m was designed and numerically analyzed. The brace exhibits stable and full flag‐shaped hysteretic responses, and dissipates adequate energy during cyclic motion, with a high bearing capacity. When the brace is unloaded, the viscous damping force disappears, and the residual displacement can be basically eliminated. The hysteretic envelope area increases with the increase in loading frequency. When the frequency is 0.5 Hz and the target displacement is 30 mm, the activation force, ultimate bearing capacity, residual displacement, energy dissipation during one cycle, and equivalent viscous damping ratio are 622.5 kN, 1018.7 kN, 9.11 mm, 41.10 kJ, and 0.214, respectively. Under random loading, the damping force provided by the viscous module ensures a fuller hysteretic loop than the existing displacement‐type energy dissipation self‐centering brace. The influences of design parameters on the hysteretic performances of the brace were studied. When the disc spring stiffness increases from 3.27 to 9.80 kN/mm, the ultimate bearing capacity, residual displacement, and equivalent viscous damping ratio change by 18%, −24%, and −15%, respectively. The viscous damping coefficient and flow index of the viscous module should be increased, and the prepressed force and stiffness of disc springs in recentering module should also be appropriately increased.
Pressure–strain loops unveil haemodynamics behind mechanical circulatory support systems
Authors: Landra Federico , Mandoli Giulia Elena , Sciaccaluga Carlotta , Gallone Guglielmo , Bruno Francesco , Fusi Chiara , Barilli Maria , Focardi Marta , Cavigli Luna , D'Ascenzi Flavio , Bernazzali Sonia , Maccherini Massimo , Cameli Matteo , Valente Serafina 
Published: June 2023

AbstractAimsMechanical circulatory support (MCS) systems are increasingly employed in cardiogenic shock and advanced heart failure. A thorough understanding of the complex interactions occurring among heart, vasculature, and device is essential to optimize patient's management. The aim of this study is to explore non‐invasive haemodynamic profiling of patients undergoing MCS based on pressure–strain (PS) analysis.MethodsClinical and echocardiographic data from consecutive patients undergoing different MCS systems positioning/implantation admitted to the third level cardiological intensive care unit of Siena Hospital from August 2021 to November 2021 were retrospectively reviewed. Patients without a useful echocardiographic exam or without arterial blood pressure recording at the time of echocardiography were excluded. Myocardial work analysis was performed in the included patients.ResultsWe reviewed 18 patients, of which nine were excluded. Included patients were three patients with intra‐aortic balloon pump (IABP), two patients with durable left ventricular assist device (dLVAD), two patients with Impella®, one patient with extracorporeal membrane oxygenation (ECMO), and one patient with ECMO and IABP. Myocardial work analysis was feasible in each included patient. The use of IABP shifted the PS curve rightward and downward. Global work index (GWI) and global wasted work (GWW) decreased after IABP positioning, whereas global work efficiency (GWE) increased. The use of continuous‐flow pumps, whether temporaneous (Impella®) or long term (dLVAD), induced a change in the PS loop morphology, with a shift towards a triangular shape. ECMO positioning alone resulted in a narrowing of the PS loop, with a decrease in GWI and GWE and an increase in GWW and mean arterial pressure. The combined used of IABP with ECMO widened the PS loop and improved GWI and GWE.ConclusionsPS loops analysis in patients undergoing MCS seems to be feasible and may unveil MCS‐induced haemodynamic variations. Myocardial work could be used to monitor ventricular–arterial–device coupling and guide tailored MCS management.
Chemoselective Oxidation of Alkenes by Metal‐Organic Framework‐Supported Copper Catalyst
Authors: Kalita Rahul , Begum Wahida , Gupta Poorvi , Chauhan Manav , Akhtar Naved , Newar Rajashree , Manna Kuntal 
Published: June 2023

AbstractOxidation of alkenes to carbonyls or diols compounds is important in synthesizing fine chemicals and pharmaceutical intermediates. We report the synthesis and characterization of an aluminum metal‐organic framework node‐supported copper(II) chloride (DUT‐5‐CuCl), which is an efficient heterogeneous catalyst for the oxidation of alkenes using H2O2 as an oxidizing agent. Styrene and various substituted styrenes were transformed into the corresponding carbonyl compounds in excellent selectivity and yields. DUT‐5‐CuCl is tolerant with various functional groups and could be recycled and reused at least 5 times in the oxidation of α‐methylstyrene. Unlike the oxidation of styrene derivatives, DUT‐5‐Cu catalyzed oxidation of aliphatic and cyclic alkenes produced 1,2‐diols compounds selectively. The mechanism of the DUT‐5‐Cu catalyzed oxidation of styrene to benzaldehyde was investigated in detail by various experiments such as the determination of reaction intermediates and characterization of the catalyst after catalysis, and computational studies. This work highlights the importance of MOF‐supported earth‐abundant metal catalysts for oxidation reactions to produce fine chemicals.