Scientific Resource Catalog
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Abstract A nonlinear continuum theory of the flow of charged particles in elastic solids under quasistatic electric fields is presented. It is a specialization of a fully electromagnetic theory by the same author in a previous paper which is very broad and complicated. The present paper with quasis…
Activated carbon (AC) is widely used as the cathode in Li-ion capacitors (LICs), yet its low affinity for Li + ions limits high-rate performance and cycling stability. In this study, lithiophilic AC cathodes are engineered by controlling the chemical state and surface distribution of Li-containing…
This paper proposes a novel theoretical framework, Molecular Object Fusion (MOF), centered around the concept of emergent object formation through the directed interaction of multiple molecular entities. Unlike conventional approaches that focus solely on the act of chemical bonding, MOF shifts the…
Ammonia, a toxic and volatile pollutant commonly found in chemical industrial environments, requires reliable real-time detection to ensure industrial safety and effective environmental monitoring. Conventional gas sensors typically operate at elevated temperatures, resulting in high power consumpt…
Abstract In this study, we systematically studied the mechanism of Fe/Mn doping regulating the electronic structure of MoS2 and the storage performance of Li+/Na+/K+ by first-principles calculation. First, phonon spectra and AIMD simulations confirmed the dynamic stability of the Fe-MoS2 and Mn-MoS…
Most existing creep studies on NEPE propellant focus on room and high temperatures, lacking systematic investigation into low-temperature creep damage. In this work, uniaxial creep tests at −10 °C, −30 °C and −50 °C under three stress levels were conducted. All specimens show complete three-stage c…
Abstract This study performs a TCAD-based comparative analysis of passivated AlGaN/GaN high-electron-mobility transistors (HEMTs) fabricated on a β-Ga2O3 substrate by incorporating two different back-barrier layers: Al0.08Ga0.92N and In0.01Ga0.99N. To minimize surface-state effects and enhance devi…
Derive electromagnetic field phenomena as mechanical properties of thetorsion medium. The central identification is literal: the torsion medium ISthe electromagnetic substrate. Electric fields are static pressure imbalancesin the medium (net outward pressure where charge is uncompensated); magnetic…
This study reports the development of a PID-based rotational speed control system for a rotary forcespinning (RFS) device aimed at improving the stability of nanofiber fabrication. The system integrates an Arduino Nano as the main controller, an optocoupler-based RPM sensor as feedback, and a BTS79…
We report the autonomous discovery of four mutually non-equivalent rank-23 decompositions of the 3x3 matrix multiplication tensor over {-1,0,+1} in the cyclic Z3-symmetry class (2,7), each provably inequivalent to the published reference scheme of Ballard, Ikenmeyer, Landsberg and Ryder (2018) and…
The creation of phototransistors based on perovskite field‐effect transistors (PFETs) represents an attractive option for the development of better optoelectronic devices due to the capability for solution processing, an adjustable bandgap, and excellent charge transport properties. The incorporati…
Semiconductor plasma processing has reached a critical bottleneck: recipe development for sub-5nm feature etching requires months of manual parameter tuning. We propose an integrated system combining three innovation layers: (1) neuromorphic chemistry —embedded self-stabilizing chemical reaction ne…
Thermoresponsive crystals linking molecular motion to macroscopic functions pose challenges in smart material integration. This work reports a new thermoresponsive organic crystal, 4-((4-(dimethylamino)phenyl)diazenyl)benzonitrile (Y28) exhibiting reversible thermally induced macroscopic expansion…
SM4. Representative examples of ChatGPT-assisted language editing.pdf
Foldseek-Interface benchmark and interface cluster datasets This release accompanies the publication of Foldseek-Interface and provides datasets pertaining to the benchmarking of Foldseek-Interface (including benchmark structure files and alignment results) and to the clustering and analysis of pro…
This paper introduces the Universal Chemical Complexity Metric (UCCM), a novel approach to quantifying the complexity of chemical systems. The current landscape of chemical complexity assessment is fragmented, lacking a unified metric applicable across diverse systems like viruses, proteins, crysta…
Optical isolation is required whenever back-reflected light can destabilize a laser source or contaminate a precision optical measurement. Conventional Faraday isolators are mature and effective, but theirmagnetic elements and polarization optics can impose packaging, electromagnetic-compatibility…
Nanocomposites based on polymers and magnetite occupy a significant place in unique scientific research and advanced engineering solutions due to their exceptional properties. Thus, functionalized magnetosensitive NCs based on Fe3O4 and ?-CD are actively developed in various versions and are promis…
Breeding of early-maturing and high-yield cotton varieties is important for simultaneous promotion of cotton production and multiple-crop systems. The present study used a restricted two-stage multi-locus genome-wide association study (RTM-GWAS) approach to elucidate the genetic basis of major earl…
In this article, the mechanism of boron in mitigating the heat‐affected zone (HAZ) softening in hot‐rolled ultra‐low‐carbon (C < 0.07 wt%) martensitic steels was investigated. The thermal cycles corresponding to different HAZs were simulated for 1000 MS steels with low (5 ppm) and high (12 ppm) bor…