Materials Literature
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ABSTRACT Tailoring molecular structure is a powerful strategy to tune excited electronic states and control photophysical pathways, including triplet harvesting and phosphorescence emission. Purely organic room‐temperature phosphorescence (RTP) materials have attracted significant attention due to their potential appl…
ABSTRACT Emulsions, in which one liquid is dispersed within another immiscible liquid, are fundamental to a wide range of natural phenomena and technological applications. Because their physical properties critically depend on droplet size, generating droplets with predictable and precisely controlled dimensions has l…
Due to the constant reduction in the size of interconnects (based on Al, Cu, etc.) in microelectronic structures, the associated thermal load is constantly increasing. Therefore, it is important to study the heating dynamics of interconnect in pulsed modes. In this work, the temperature modes of operation of an Al-Si…
Abstract The double perovskite RE 2 BB 'O 6 has attracted research interest due to its stable crystal structure, competitive magnetic interactions and abundant magnetic sites. In this work, Er substitution effect on magnetic behavior, magnetocaloric effect, and the critical behavior of (Gd 1- x Er x ) 2 CoMnO 6 (0 ≤ x…
Abstract Vibration-damping elastomers are widely used to reduce mechanical vibrations and improve the durability of engineering systems. This study investigates the effects of internal mixing parameters on the structure and performance of natural rubber composites filled with waste rubber powder and carbon black, with…
Abstract An optimized Co–Mo/Al₂O₃–MgO catalyst composition was developed to achieve stable and prolonged catalytic performance for the production of turquoise hydrogen from low-density polyethylene (LDPE) waste while simultaneously tailoring the morphology of the resulting carbon nanomaterials. To investigate the infl…
Abstract Conventional biosensors often suffer from reduced long-term performance because they rely on bio-recognition elements, such as enzymes and antibodies, which degrade over time. This study proposes a label-free heterostructured surface plasmon resonance-based sensor for highly sensitive detection of uric acid (…
Polymer science stands at a compelling intersection with deep learning, as computational methods increasingly complement experimental discovery by accelerating property prediction, inverse design, and process optimization. This review presents a critical and constructive synthesis of deep learning in polymer informati…
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Background: Diego blood group genotyping is essential in East Asian populations to prevent hemolytic reactions.Conventional PCR-restriction fragment length polymorphism requires electrophoresis.This study developed a restriction enzyme-melting curve analysis (RE-MCA) method for electrophoresis-free Diego genotyping.Me…
Abstract Negative viscosity, in which flow is amplified rather than dissipated, represents a striking manifestation of nonequilibrium dynamics. In this Review, we summarize recent progress on negative viscosity in electrically driven nematic liquid crystals. Experiments have demonstrated that, under sufficiently stron…
To simultaneously achieve high yield and high gel strength in gelatin derived from bovine hide, an enzymatic preparation process was investigated in this study. This process was developed based on the assessment and optimization of the hydrolytic performance of selected proteases on acid-thermal denatured hide collage…
Heavy metal fluoride glasses (HMFGs), particularly fluorozirconate glass systems such as ZBLAN have attracted considerable attention due to their unique physical properties, including low phonon energies, wide transparency from the UV to the mid-IR, and high rare-earth ion doping solubility, making them promising mate…
Data underlying the manuscript, organized by figure.
Electrochemical gas evolution reactions are essential for oxygen and fuel production in space in-situ resource utilization (ISRU), yet their performance is fundamentally limited by gravity-dependent bubble removal. Under reduced-gravity conditions,...
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We investigate the structural correlations of hard spheres confined within a narrow cylindrical pore in the quasi-one-dimensional regime, where interactions are restricted to nearest neighbors. Using a Laplace-space formulation of the radial distribution function (RDF), we determine the correlation lengths and oscilla…
Penelitian ini mengkaji pengaruh penambahan filler nanosilika (SiO₂) terhadap karakteristik arus bocor dan struktur kristal pada isolasi kabel polimer berbasis Linear Low-Density Polyethylene (LLDPE). Isolasi kabel merupakan komponen krusial yang rentan terhadap degradasi akibat akumulasi muatan ruang dan treeing yang…
Traditional bioelectronic devices are limited by poor biointerfacing due to their substantial mismatch in mechanical and biochemical properties. In tissue engineering, soft and bioactive materials support biointegration by harnessing or mimicking the natural extracellular matrix (ECM). Building bioelectronic devices f…