154 hasil
Menampilkan 1–20 · 0,63 detik · RSS
Review of Materials Research
ISSN 3050-9130 · Elsevier · 154 artikel di indeks
-
Artikel Jurnal
Flexible plasmonic films for biomedical sensing: From interface assembly to wearable bioelectronics
Flexible plasmonic films (FPFs) have emerged as a versatile platform for wearable biomedical sensing, owing to their intrinsic interface compliance, plasmon-enhanced signal transduction, continuous charge transfer capability, and facile surface functionalization. Recent advances in this field have…
-
Artikel Jurnal
Optimization of inorganic rare-earth afterglow materials and their optoelectronic applications
Inorganic rare-earth afterglow materials can emit light continuously after the removal of external excitation, making them attractive for optoelectronic applications including low-power displays, visual signaling, and plant light regulation. Their performance arises from the coupled effects of the…
-
Artikel Jurnal
Room-temperature exchange bias from antiphase boundary induced exchange frustration in single-phase Fe3O4
Room-temperature exchange bias (EB) is realized in single-phase ferrimagnetic Fe3O4 nanoparticle agglomerates without the presence of conventional ferromagnetic/antiferromagnetic heterointerfaces. Magnetic measurements reveal a pronounced and stable loop shift at 300 K. High-resolution structural…
-
Artikel Jurnal
Review of Cu-rich nanoprecipitate-strengthened steels: precipitation pathways, alloying control, and strength-toughness synergy
With the growing demand for marine engineering, long-span bridges, and low-temperature pressure vessels, the design of next-generation high-strength steels has changed. It no longer focuses only on ultrahigh strength. More attention is now paid to the balanced combination of strength, toughness…
-
Artikel Jurnal
Phase preconversion enables mild deep eutectic solvent leaching for efficient recycling of spent LiNixCoyMn1−x−yO2 cathodes
Deep eutectic solvents (DESs) offer a greener leaching route for the efficient recycling of spent lithium-ion batteries (LIBs), especially high-energy-density LiNixCoyMn1−x−yO2 (NCM) cathodes. However, their direct application still requires overcoming harsh conditions such as high temperature and…
-
Artikel Jurnal
Synthesis and thermoelectric properties of rare-earth-based half-Heusler compounds with large enthalpy of formation
Half-Heusler (HH) compounds are a big class of materials with tunable electronic structure and diverse functional properties. The synthesis of single-phase HH compounds is crucial for their functional applications. Levitation melting (LM) has typically been employed to prepare HH ingots in which…
-
Artikel Jurnal
Atomic-level defect engineering: From fundamental mechanisms to applications in energy materials
Next-generation energy materials require atomic-scale control to overcome persistent limitations in catalytic activity, ion transport, interfacial stability, and durability. Atomic-level defect engineering offers a practical framework by treating defects as designable functional units rather than…
-
Artikel Jurnal
Application and challenges of artificial intelligence technology in ODS steel research: A review
The development of materials tailored to specific design requirements is a central focus in materials science. However, traditional material design predominantly relies on empirical trial-and-error approaches, which are time-consuming, labor-intensive, and economically inefficient. The advancement…
-
Artikel Jurnal
Interpretable artificial intelligence for materials science: A comprehensive review of methods, applications, and outlook
Machine learning has reshaped how materials are predicted, designed, and screened, with universal neural-network potentials, graph models, tree ensembles, kernel regressors, and generative pipelines now operating at scales no human campaign could match. The high-accuracy models behind this…
-
Artikel Jurnal
Photothermal regulation materials: A comprehensive review of passive radiative cooling, passive solar heating, and dynamic photothermal regulation materials
To address the urgent challenges of global climate change and the energy crisis, photothermal regulation (PTR) technologies, requiring no external energy input and relying solely on the intrinsic photothermal properties of materials, have attracted considerable interest. By modulating absorption…
-
Artikel Jurnal
Research progress and prospects of high-quality WC-based cemented carbides: A review
WC-based cemented carbide is widely recognized for its high hardness. So far, micron-scale WC-based cemented carbide has been put into industrial production, and widely used in defense military, cutting tools, medical, and related fields. Nevertheless, with the increasing requirements of the…
-
Artikel Jurnal
Corrosion behaviors and mechanisms of eutectic high-entropy alloys: Current understanding and future perspectives
Eutectic high-entropy alloys (EHEAs), emerging as a new frontier in materials science, ingeniously integrate the merits of eutectic alloys and high-entropy alloys (HEAs). Their alluring allure lies in the distinctive microstructure and an unparalleled strength–ductility synergy, unfurling a wealth…
-
Artikel Jurnal
Sintering, toughening, and tribology of binderless and entropy-engineered WC-based cemented carbides: A critical review
The development of WC-based cemented carbide composites with a superior combination of high hardness and toughness has driven transformative advances in binder engineering and sintering technologies. Although conventional WC-Co alloys remain widely used for the balanced mechanical performance…
-
Artikel Jurnal
Transmission electron microscopy for visualized atomic-scale manufacturing: A frontier in nano-devices
Atomic-scale manufacturing (ASM) is pushing nano-device fabrication toward its ultimate limit of precision, where subtle variations in the arrangement, evolution, and interaction of individual atoms can directly govern device functionality, reliability, and failure. However, the mechanistic…
-
Artikel Jurnal
The next-generation polymer composite revolution: AI-driven multi-functional polymer composite for intelligent additive manufacturing
Polymer composites have involved a trade-off between exceptional specific stiffness and strength and complex, energy-intensive processes with limited functional applications. Intelligent additive manufacturing (AM) unlocks geometric and processing limitations that have been constrained by…
-
Artikel Jurnal
Magnesium-based hydrides and high-entropy alloys: A review of advancements and pathways for next-generation hydrogen storage materials
The increase in global emissions, primarily from the burning of fossil fuels, has created an urgent need for green energy solutions. Hydrogen holds significant promise as a clean energy alternative because of its potential to reduce greenhouse gas emissions. However, hydrogen storage remains a…
-
Artikel Jurnal
Iontronics-configured neuromorphic materials and transistors for intelligent perception
The rapid advancement of artificial intelligence has placed increasingly high demands on intelligent perception systems. Conventional sensing frameworks adopt a separated mode of signal acquisition, transmission, and post-processing, which restricts the low-power and real-time implementation of…
-
Artikel Jurnal
Non-noble metal catalysts for small-molecule-assisted hybrid electrolysis to produce green hydrogen from diverse water sources
Hybrid water electrolysis surpasses the efficiency limits of conventional alkaline water splitting by replacing the sluggish oxygen evolution reaction (OER), which requires overpotentials exceeding 350 mV at 500 mA cm−2, with the oxidation of thermodynamically favorable small molecules such as…