Strong Orientation Research Articles

Patients’ Problem Presentation in China’s Primary Care

ABSTRACT Identifying patients’ reasons for visiting is the central task at medical openings, the structure of which has been well studied in Western primary care, but much under-researched in China’s mainland. Drawing on conversation analysis of 91 audio-recorded primary care consultations in China, this study explores interactional features of patients’ problem presentation at medical openings in terms of sequential positions, forms, and contextual contingencies, which has implications for the model of medical service encounters in Chinese primary care openings. Although problem description is commonly solicited by doctors across cultures, Chinese patients’ problem presentation often takes forms other than problem description. Nearly two thirds of problem presentation in our data are designed as a request-making action (57/91 cases), being more often self-initiated than solicited. This blurs the boundary between medical visits for new and non-new problems. The analysis of Chinese patients’ problem presentation points to a high degree of patient agency in primary care in China, suggesting a strong orientation to the “provider-consumer” (vs. “professional-client”) model of service encounters in the opening structure of doctor-patient interaction.

Feasibility study of wire arc additive manufactured P91 steel by cold metal transfer deposition

The objective of this study was to analyze and evaluate the feasibility of utilizing Wire Arc Additive Manufacturing (WAAM) technology for the constructing components made from P91 steel, which is widely used material for high-temperature applications. The utilization of the Cold Metal Transfer (CMT) method enables the deposition of thin steel walls by virtue of its low heat input. Samples collected from the deposited wall have been tested in two different microstructural conditions, in the as-built (AB) condition and in a normalized and tempered (NT) condition. The latter condition is the microstructural state commonly employed for producing components used in power plants. This post-deposition heat treatments (PDHT) comprise a normalization process conducted at 1050 °C for 40 min, followed by a tempering step at 760 °C for 2 h. The results of mechanical testing and microstructural characterization were then compared against the established standards for commercial P91 steel. SEM-EDAX, XRD, and EBSD analyses were employed to conduct a comprehensive microstructural examination of the samples. The hardness of the AB samples ranged from 384 to 439 HV, while the NT samples had a hardness range of 205 to 223 HV. In terms of tensile strength, the AB samples demonstrated a range of 1064 to 1266 MPa, whereas the NT samples exhibited a range of 635 to 626 MPa. These results were found to be consistent with the observed strong texture and grain orientations in the {001} and {111} planes, as revealed by the EBSD analysis. The NT components demonstrated significant strength, ductility, hardness, and toughness compared to the specified ASTM standards. Based on the test performance and feasibility criteria, this process has significant potential as an additive manufacturing method suitable for complex boiler components.

EFFECT OF ENVIRONMENTAL MARKETING ON CHANGE IN MARKET SHARE: MODERATED MEDIATION OF INTERNAL GREEN MARKETING ORIENTATION AND STRATEGIC GREEN MARKETING ORIENTATION

The study is conducted to examine the influence of environmental marketing on changes in market share. Specifically, it aims to explore the intricate functions of internal green marketing orientation and strategic green marketing orientation as possible moderated mediators. Based on the expanding domain of green marketing and sustainable business practices, this study suggests that the impact of environmental marketing on market share is contingent upon a firms internal green marketing orientation. Furthermore, the efficacy of this mediation is dependent on the firms strategic stance towards green marketing. The study applies regression modelling to examine the claimed links, using a sample of 150 enterprises across various industries. The findings suggest that organisations that possess a strong internal green marketing orientation see an upward trend in terms of market share. The aforementioned findings highlight the significance of incorporating internal and strategic green marketing strategies with environmental marketing endeavours. In order to optimise market share growth through environmental marketing, it is crucial for organisations to establish a comprehensive alignment between their internal operations and strategic green initiatives. This research provides significant insights for managers and marketers who seek to utilise environmental activities as a means to gain a competitive edge in the market. It emphasises the need of adopting a unified and internally coherent strategy to green marketing. KEYWORDS: Environmental marketing, Internal green marketing orientation, Strategic green marketing orientation, Market share, Sustainable business practices, Competitive advantage

On the Seasonal Variations of the Ion Precipitation Down to the Upper Atmosphere of Mars

We investigate the seasonal variations of ion precipitation, utilizing observations from the Mars Atmosphere and Volatile Evolution mission spanning from 2014 January 4 to 2023 February 14. Our analysis reveals that a diminishing pattern characterizes the transition from Mars season L s 0°–180° to Mars season L s 180°–360°, manifesting as a reduction in precipitating ion fluxes. Additionally, we discern a significant influence of the crustal magnetic field on the seasonal variations in precipitating ion fluxes. Intriguingly, within regions where the crustal magnetic field exhibits a strong quasi-horizontal orientation, opposite seasonal trends become evident. The underlying physical mechanism driving these seasonal variations in ion precipitation is probably attributed to the mass loading effect that may decelerate the solar wind and influence the magnetic pileup. A detailed investigation is further demanded in the future.

Can electrodeposited Ti replace rolled Ti as substrate for the growth of anodic TiO2 nanotube layers?

This study conducted a deep investigation of TiO2 nanotube (TNT) layers of two different thicknesses anodically grown on electrodeposited Ti films. The Ti films were grown from molten salts on Ni foils. The structure of the starting metals was compared by XRD (X-Ray Diffraction) and EBSD (Electron Backscatter Diffraction analyses), which showed a strong orientation towards the titanium (101) for the electrodeposited substrate, compared to the rather polycrystalline structure of the rolled Ti. The photoelectrochemical and electrochemical properties of 1 μm and 5 μm thick TNT layers anodically grown on these substrates were examined and compared with TNT layers of the same thickness. No significant morphological and compositional differences were found using SEM (Scanning Electron Microscopy) and XPS (X-ray Photoelectron Spectroscopy) between the TNT layers grown on the two substrates. However, higher photocurrent densities and ICPE values were observed for TNT layers grown on electrodeposited Ti. An in-depth investigation using Cyclic Voltammetry (CV) and Electrochemical Impedance Spectroscopy (EIS) analyses showed increased conductivity of the TNT layers produced on electrodeposited Ti compared to their counterparts. The carrier density (ND) for the TNT layers on electrodeposited Ti, calculated from Mott-Schottky measurements, showed a higher doping level than the TNT layers grown on Ti foils. This increase in ND results in more optimal photoelectrochemical performance of the TNT layers grown on electrodeposited Ti. All in all, the results presented herein pave the way for the use of electrodeposited Ti, with all its inherent benefits, and allow the further study of its promising properties in a wide range of applications.

Towards a Historical Approach to Translation in Translator Education

Academic programs across disciplines often require a foundational knowledge of history as an essential component for earning degrees in various areas of expertise. In the context of translation programs, the history of translation may either be offered as a distinct and separate course or integrated into practical translation courses. Since the 1980s, scholars in the field of translation have recognized the significance of historical research and have actively developed methods and theoretical approaches to establish this as a discipline in its own right. Presently, there is an abundance of material on the history of translation, accompanied by a concerted effort to construct a historiography specific to the field. Despite the vast array of bibliographic resources available, one notable lacuna in Translation Studies pertains to effectively introducing the historical dimension of translation to students who may grapple with comprehending this extensive body of theoretical knowledge and understanding the contribution of a historical approach to the act of translating. This article seeks to illuminate strategies for familiarizing students with the historical dimension of translation within the framework of a translation history course. The overarching aim is to underscore how translation history can contribute to students' development of a robust theoretical background on the translation phenomenon while enhancing their practical skills. Additionally, the paper explores the potential resistance students may harbour toward the perceived utility of a historical approach in addressing practical translation issues. Furthermore, the discussion delves into the role of Bibliographies of Translation Studies, which collate scholarly publications on translation, as comprehensive academic tools essential for systematizing existing yet often fragmented knowledge in this specific scientific domain. The research methodology employed is theoretical exploration, focusing on concepts such as history and historical research in translation, the objectives of a translation history course, and the design of course content along with methods for assessing student performance. The fundamental conclusion drawn is that the historical approach to translation is intricately connected to the act of translating, emphasizing the need to integrate translation history into translator training at higher education institutions. The recommendation is to offer translation history as a standalone course within translator training programs, featuring clearly defined goals and a strong orientation toward the practical aspects of translation. The envisioned objective of a "History of Translation" course is not only to address students' knowledge gaps but also to instill curiosity and research skills, fostering a lifelong learning mindset crucial for translation practice. Such an approach is anticipated to cultivate a "translation culture" among learners, contributing to the development of their self-awareness and enhancing their standing as professionals in the translation industry.

Optimal management of full train load services in the shunting yard: A comprehensive study on Shunt-In Shunt-Out policies

A key aim of the European Union is to double freight rail traffic by 2050 in order to reduce pollution emissions and alleviate congestion by shifting traffic from roads to rail networks. To accomplish this objective, it is crucial to minimize emissions and high costs associated with shunting yard operations while maintaining an acceptable level of service. This research paper introduces a new MINLP model that optimizes the shunt-in and shunt-out (SISO) operations of wagons in a shunting yard that handles full train load services. Additionally, an efficient Multi-Objective Dijkstra Algorithm (MDA) is proposed to handle simultaneous shunt-out operations in a multi-train scenario. The MINLP model takes a mesoscopic approach, aiming to minimize the number of SISO operations while satisfying strategic and tactical objectives such as wagon fleet size, operational costs, and shunting locomotive emissions. Several versions of the mathematical model are described, each employing different Shunt-In (SI) policies with varying criteria for wagon selection and strong goal orientation. The Multi-Objective Dijkstra Algorithm determines the Multi-Objective Shortest Path between mandatory shunts, considering both the time required for shunting and clustering costs. It provides information on the clusters of wagons that need to be shunted out. To assess the effectiveness of the MINLP model, real train timetables for freight trains in the Bettembourg Eurohub Sud Terminal (Luxembourg) are used, and various KPIs related to tactical and strategic objectives are evaluated. Furthermore, the performance of the Multi-Objective Dijkstra Algorithm is compared to the Shunt-Out sub-model, considering average computation time and solution quality in relation to the MINLP model. The computational results demonstrate that the criteria for wagon selection have a significant impact on the analyzed KPIs.

Resolving the Dependence of Aluminum Alloy Corrosion on Grain Orientation by Scanning Electrochemical Cell Microscopy

The study of grain-dependent corrosion behaviors of practical polycrystalline metals remains challenging due to the influences of other microstructural features, such as intermetallic particles and grain boundaries. In this work, we employed the oil-immersed scanning electrochemical cell microscopy (SECCM) to investigate the effect of grain orientations of a practical aluminum alloy AA7075-T73 on the surface electrochemical behaviors. Thousands of spatially resolved microscopic potentiodynamic polarization (PDP) measurements were performed, allowing the extraction of information only from grain interior areas excluding intermetallic particles and grain boundaries. The differences in the corrosion behaviors between grains were revealed. Cathodic currents exhibited a strong grain orientation dependence with a decreasing order of {101} > {001} > {111}, agreeing with the prediction from the order of atomic planar density. By contrast, the dependence of anodic currents on grain orientation was weak, and pitting was independent of grain orientation, which could be due to the limited mass transport of ions within the surface oxide film. This work highlights the capability of oil-immersed scanning electrochemical cell microscopy in resolving small electrochemical differences, which will greatly promote the study of grain-dependent behaviors of practical polycrystalline samples.

EFFECT OF COLD ROLLING PROCESS ON TEXTURE EVOLUTION IN AUSTENITIC STEEL SHEETS

The investigation presents the evolution of texture and microstructure of cold-rolled austenitic AISI 301 stainless steel sheets. The austenite steel was deformed by cold-rolling to 30%, 50% and 80% of rolling reduction. It was found, that during cold plastic deformation, phase transformation of austenite into martensite takes place. The transformation progress was confirmed by the microscopic investigation, as well as by X-ray diffraction methods. Texture analysis was performed on the basis of the orientation distribution functions (ODFs) calculated from the experimental pole figures. The texture of the deformed austenite is dominated by fiber orientations α =110║KN, mainly Goss orientation {110}001 and alloy type orientation {110}112. On the other hand, plastic deformation-induced martensitic transformation of the type (γ') significantly affects the development of martensite texture ' in the cold rolling process. After rolling with a 30% of deformation degree in the texture of  martensite, the strongest orientation is {001}110, while after maximum deformation (about 80%), the {111}112 and {112}110 type orientations dominate. It was found that in AISI 301 steel structure after deformation range from 30% to 80% proportion of α’ martensite phase changes from about 26.7% to about 67.8%.

Exploring the interplay between entrepreneurial orientation, causation and effectuation under unexpected covid-19 uncertainty: Insights from large French banks

Entrepreneurial orientation, causation, and effectuation are the main strategies that firms use to address businesses under high uncertainty conditions. This study investigates the influence of internal (entrepreneurial orientation) and external contingency factors (the COVID-19 crisis) on both decision-making logics effectuation and causation in response to disruption. The study also investigates how and when the combination of effectual, causal, and entrepreneurial approaches positively affects bank outcomes. Using a qualitative method and data collected from five large French banks, the results revealed that under, high levels of uncertainty (i.e., the COVID-19 crisis), high entrepreneurial-oriented banks benefitted from the combination of effectuation and causation to produce favorable outcomes. In contrast, moderate or weak entrepreneurial-oriented banks, which tended to exploit the logic of effectuation driven by new resources or the resources at hand, showed inferior or even negative financial results compared to those with a strong entrepreneurial orientation.

Addressing the loss of exploratory innovation: the roles of organizational foresight and strategic orientation

PurposeThis study aims to explore how to overcome and address the loss of exploratory innovation, thereby achieving greater success in exploratory innovation. This phenomenon of loss occurs when enterprises decrease their investment in and engagement with exploratory innovation, ultimately leading to an insufficient amount of such innovation efforts. Drawing on dynamic capabilities, this study investigates the relationship between organizational foresight and exploratory innovation and examines the moderating role of breakthrough orientation/financial orientation.Design/methodology/approachThis study used survey data collected from 296 Chinese high-tech companies in multiple industries and sectors.FindingsThe evidence produced by this study reveals that three elements of organizational foresight (i.e. environmental scanning capabilities, strategic selection capabilities and integrating capabilities) positively influence exploratory innovation. Furthermore, this positive effect is strengthened in the context of a high-breakthrough orientation. Moreover, the relationships among environmental scanning capabilities, strategic selection capabilities and exploratory innovation become weaker as an enterprise’s financial orientation increases, whereas a strong financial orientation does not affect the relationship between integrating capabilities and exploratory innovation.Research limitations/implicationsAmbidexterity is key to successful enterprise innovation. Compared with exploitative innovation, it is by no means easy to engage in exploratory innovation, which is especially important in high-tech companies. While the loss of exploratory innovation has been observed, few empirical studies have explored ways to promote exploratory innovation more effectively. A key research implication of this study pertains to the role of organizational foresight in the improvement of exploratory innovation in the context of high-tech companies.Originality/valueThis paper contributes to the broader literature on exploratory innovation and organizational foresight and provides practical guidance for high-tech companies regarding ways of avoiding the loss of exploratory innovation and becoming more successful at exploratory innovation.

We have become protectors of English: revisiting policies of publishing in English in non-Anglophone academia

ABSTRACT In the vigorous trend of international publication as a crucial research performance indicator, English claims the status of the uncontested global language of academic publishing. In this study, after providing a sketch of the policies of writing and publishing in English in Iran (reflected in national policy documents and university bylaws), we probe the perspectives of nine Iranian higher education policy experts about these policies through semi-structured interviews. The findings reveal that while policy documents indicate strong orientations in favor of publishing in English, the main justifications behind these policies appear to be vague ideas of demonstrating local academic capabilities and winning international reputation. However, the participants admit that ignoring the peculiarities of different academic fields and neglecting real-life research concerns while overemphasizing the number of research products are the main pitfalls of the policies. Their view of these problems and their suggested solutions indicate little consideration of the concern over the dominance of English in the world today. We discuss some aspects of this concern in relation to the neocolonial status of English in non-Anglophone countries where other languages and cultures can be overshadowed by a dominant so-called global academic lingua franca.

A key role for diffusion creep in eclogites: Omphacite deformation in the Zermatt-Saas unit, Italian Alps

Eclogites commonly form from subducted oceanic crust and as such carry key information on subduction zone rheology. Using a combination of microanalytical techniques on deformed eclogites from the Zermatt-Saas unit of the Italian Alps, we explore the mechanisms which resulted in both an omphacite shape and lattice preferred orientation. Omphacite defines both foliation and lineation in these rocks and displays a strong S-type lattice preferred orientation. Scarcity of microstructures associated with dislocation creep combined with observed sharp asymmetrical chemical zonation in foliated grains suggest diffusion creep plays an important role in the development of omphacite lattice preferred orientation in these eclogites. Modelling of the pressure-temperature conditions possible for observed mineralogy and mineral geochemistry, and textural relationships between omphacite and retrogressive minerals, place the action of diffusion creep, at the latest, by the onset of retrogression of these Zermatt-Saas eclogites. We propose a model of eclogite deformation that occurred initially via small amounts of dislocation creep which moved quickly into a dominant diffusion creep field, particularly as exhumation/retrogression of these eclogite rocks began. This result suggests that diffusion creep can dominate eclogite deformation at high P-T conditions in subduction zones.

INCREASING THE BUSINESS PERFORMANCE OF FOOD PROCESSING MSMES IN CIREBON BY CREATING COMPETITIVE ADVANTAGES THROUGH ENTREPRENEURSHIP ORIENTATION, DYNAMIC CAPABILITIES, AND MARKET ORIENTATION

MSMEs have contributed to accelerating economic growth and creating jobs. However, a number of problems still hinder the growth of their business performance. The improvement of business performance requires a competitive advantage that stems from a strong entrepreneurial and market orientation as well as the high dynamic capabilities of the actors in MSMEs. Therefore, this research aims to analyze the influence of these factors on competitive advantage and their impact on improving MSME business performance. A survey of 336 samples and a quantitative approach were conducted to prove the research hypothesis through structural equation modeling. The novelty of this research is the analysis of the determinants of competitive advantage, especially entrepreneurial orientation, dynamic capabilities, and market orientation, and their impact on business performance, as well as the mediating role of competitive advantage on the influences of entrepreneurial orientation, dynamic capabilities, and market orientation, respectively, on business performance. The study concluded that improving MSME business performance can be done by creating competitive advantage and dynamic capabilities in MSME actors. The creation of competitive advantage requires a strong entrepreneurial orientation and market orientation, as well as high dynamic capabilities by MSME actors. This study presents both theoretical and practical implications and research limitations.

Anisotropy Study on the Process of Soil Permeability and Consolidation in Reclamation Areas: A Case Study of Chongming East Shoal in Shanghai

Anisotropic permeability is of great significance for assessing the consolidation and drainage mode of soil layers in reclamation areas, as well as for preventing and controlling ground settlement after project construction. This paper analyzes the anisotropic permeability of the inland and nearshore soil layers in Chongming East Shoal, Shanghai, and the formation mechanism of anisotropic permeability through permeability and scanning electron microscope (SEM) tests. The results highlight that compared with dredger fill and sandy silt, the horizontal permeability coefficient of underlying soft clay (USC) is significantly higher than its vertical permeability coefficient, which is more significant in nearshore USC. Interestingly, the upper clay (21.5 m) in the thickest clay layer shows greater anisotropic permeability than the lower clay (41.5 m). Due to the instability of seepage channels, the USC anisotropic permeability increases in a fluctuating manner as the hydraulic gradient increases. Microstructural parameters are used to reveal the mechanism of anisotropic permeability, which shows that a simple soil skeleton and structure, strong particle orientation, decreased particle abundance, increased particle roundness, decreased particle contact area, and increased pore area all contribute to the enhancement of permeability. Moreover, micro-parameters have been proposed to evaluate anisotropic permeability in terms of the effective seepage-pore area. This approach addresses the constraint of water films on the permeability efficiency of USC particles.

RETRACTED: Influence of At%Ce on the electronic structure and mechanical properties of Al–Ce compounds from first-principles calculations

Ce as an additive in aluminum alloys can significantly improve the microstructure and properties of aluminum alloys. However, the structure and the associated overall properties of the Ce-Al binary system are not known. Here, we applied a first-principles approach to investigate the effects of At%Ce on the electronic structure, mechanical and thermodynamic properties of the Ce-Al compounds. The results show that CeAl2 exhibits the best stability at T = 0 K. The electronic structure analysis shows that they are both metallic. The ionic bonding of the Ce-Al compounds gradually weakened with increasing At%Ce. In addition, the Poisson's ratio of the Ce-Al compounds varies in the range of 0.2 and 0.32, and most of the Ce-Al compounds are brittle. The anisotropy results show that all the Ce-Al compounds exhibit more or less elastic anisotropy, where Young's modulus of the Ce-Al compounds has a strong orientation dependence. The obtained Debye temperatures indicate that Ce3Al11 has the strongest covalent bonds and good thermal conductivity.

Investigating the Relationship between Pre-service Social Studies Teachers Professional Knowledge and Motivational Orientation in Nigerian Universities

This research examines the relationship between the professional knowledge and motivational orientation of prospective Social Studies educators in South-South Nigerian public universities. Employing a survey design, the study encompasses a population of 866 pre-service Social Studies teachers across state and federal universities within the South-South geopolitical zone. A sample of 446 participants was drawn from the population. Data collection involved an achievement test measuring content knowledge and pedagogical content knowledge, alongside a "Social Studies Pre-Service Teachers’ Motivational Orientation Questionnaire" comprising self-efficacy and interest sections. Descriptive statistics including mean and standard deviation addressed the research questions raised in the study, while the hypothesis formulated was analyzed using Pearson Product Moment Correlation (r). Results unveiled a moderate, significantly positive correlation between professional knowledge and motivational orientation among pre-service Social Studies teachers. As an implication, the study underscores the potential predictive utility of professional knowledge in determining motivational orientation. This study makes significant contributions to the existing body of knowledge. One key finding is that pre-service Social Studies teachers in universities located in South-South Nigeria exhibit both high levels of professional knowledge and a strong motivational orientation. Furthermore, the study aligns with prior research by confirming a notable correlation between professional knowledge and motivational orientation.

How do firm social practices produce social impacts? Investigating the role of social and long-term orientation

Sustainability practices are expected to yield positive outcomes for both firms and the community. The literature reviewing the relationship between sustainability practices and performance has mainly been concerned with environmental issues and financial outcomes. However, there are few empirical studies that deal with the social dimension of sustainability. This article seeks to address these gaps and contribute to social sustainability studies by suggesting a positive correlation between firms' social sustainability practices – towards employees and community - and social performance, highlighting the role of social and long-term orientation as mediators. Social identity theory and practice-based view are employed to explain these relational mechanisms. Data were collected through a survey of Italian firms in the manufacturing and trade sectors. A two-stage structural equation modeling approach was followed to test the proposed mediation model.The results reveal that when practices are supported by a strong orientation, it triggers the process of social identification, thereby enhancing the firm's social outcomes. From a practice-based view, orientation can explain the performance differences among firms. To succeed in enhancing social impacts, managers and policymakers should prioritise promoting the cultural aspects of sustainability.

Study of structural, optical and electrical properties of Nickel doped ZnO (Ni–ZnO) nanorods grown by chemical bath deposition

To investigate the effect of Nickel on ZnO thin films, doped ZnO (Ni–ZnO) thin films were synthesized using chemical bath deposition on seed layers which were first grown using the conventional spray pyrolysis method. Structural, optical and electrical properties were studied at different doping levels of Ni (0, 2, 4, 6, 8 %). All samples exhibited a highly defined (002) peak indicating a strong hexagonal crystal structure orientation. The samples showed a red shift at E2L and E2H Raman modes indicative of structural alterations. The undoped, 2 % and 4 % Ni doping levels showed lower mean roughness values compared to the 6 % and 8 % Ni doping. The Introduction of Ni into the ZnO structure appears to reduce the grain size from 167 nm to the lowest 79 nm at 2 % Ni concentration. Optical and electrical properties showed that the introduction of Ni as a dopant led to improved transmittance of up 70 % within the visible range and reduced resistivity from 3.590*10−3 (Ωcm) at undoped ZnO to 0.616*10−3 (Ωcm) 2 % Ni doped ZnO concentration.

Synergistic effect of B[sbnd]Nb co-modified to achieve crystal structure and interface tuning for Ni-rich cathode

Nickel-rich cathode materials play a pivotal role in the functioning of lithium-ion batteries, but their crystal structure defects and surface side reactions significantly affect battery performance. This has slowed down the commercialization process of nickel-rich cathodes. To remedy these problems, a new strategy utilizing B and Nb for crystal structure and interface control of LiNi0.8Co0.1Mn0.1O2 (NCM811) is proposed in this study. The BNb modified cathode exhibits strong radial orientation and exposes a large number of active (003) lattice plane on the particle surface. This structural control reduces micro-cracks and accelerates lithium-ion diffusion kinetics. Additionally, the LiNbO3 coating effectively avoids immediate contact between secondary particles and the electrolyte, greatly alleviating side reactions. Consequently, the optimal cathode B-NCM@LNO5 modified cathode maintains a capacity retention of 86.71% after 200 cycles at 1 C, outperforming the original material (76.11% retention). Meanwhile, it demonstrates attractive rate capability of 158.4 mAhg−1 under 5 C. This research provides valuable insights for addressing anisotropic strain and interface compatibility issues in nickel-rich cathodes.