Scientific Resource Catalog
统一发现文献、数据集、软件、Benchmark 与出版物。当前只登记公开元数据、永久标识和原始链接。
Data availability: Data will be made available on request.
Abstract X-yne nucleophilic addition reactions are essential and powerful tools in a range of synthetic routes for realizing functional and stimuli-responsive materials. Unfortunately, the lack of spatiotemporal control and the requirement for catalyst addition in these reactions limit their full p…
A gym bag under the desk revealed more than camping gear—it held the working woodworker's essential toolkit. David Ohnstad unpacks the hand planes, Japanese saws, chisels, and leather rolls that serious makers actually carry to every project. Full article: https://david-ohnstad.com/essential-hand-t…
Abstract DLC films represent a promising class of materials that can be used in various applications due to their optical, optoelectronic, tribological, and biomedical characteristics. In this work, GeAg- and TiO2-modified DLC thin films were prepared using the magnetron sputtering method under ult…
The incorporation of functional organic chromophores into porous architectures has emerged as a powerful strategy to bridge molecular photophysics with materials-level performance. Among these, boron-dipyrromethene (BODIPY) derivatives offer a unique combination of strong visible-light absorption,…
The health risks of polypropylene plastic, a major food-grade polymer, are often underestimated. Current evidence indicates that infants and young children may ingest millions of polypropylene microplastic particles (PP-MPs) daily, accompanied by co-exposure to di(2-ethylhexyl) phthalate (DEHP). Ho…
Abstract ATP-binding cassette (ABC) transporters ABCB1/P-glycoprotein (P-gp) and ABCG2/breast cancer resistance protein (BCRP) drive multidrug resistance (MDR) by limiting intracellular chemotherapy accumulation, and are coexpressed in cancers with overlapping substrates. Here, we combine marine na…
Scalable quantum networks require quantum interfaces that coherently connect stationary matter qubits with flying photonic qubits. In solid-state defect platforms, such interfaces require coordinated optical excitation, microwave spin control, photon detection, and feedback with nanosecond-level ti…
本文基于太极统一场论中的K场模型,构建了一个统一的微观理论框架,用于解释和预言多种高温超导体系的电子比热行为。通过将K场(阴阳耦合序参量)与电子配对振幅耦合,推导出修正的Ginzburg-Landau(GL)自由能,发现K场-电子耦合参数eta = g^2/(2*omega^2*b_BCS)可以自然产生强耦合效应,无需引入电子-声子耦合常数。利用YBCO、YBa2Cu4O8和Hg-1223的公开实验数据对该模型进行了系统验证,并首次对铁基超导BaFe2As2、镍基超导La3Ni2O7和NdNiO2以及假设的四层汞基铜氧化物Hg-1234做出了定量预言。结果表明:(1) YBCO最佳掺杂样品的…
The escalating energy crisis and environmental challenges necessitate sustainable and efficient solutions, particularly in energy storage technologies. Carbon-based materials such as fullerenes, carbon dots, graphene, and carbon nanotubes (CNTs) have demonstrated exceptional potential due to their…
Microbial enzymes have attracted considerable attention as biocatalysts for plastic transformation, yet the experimental evidence supporting reported biodegradation varies substantially in quality and interpretation. Surface-sensitive techniques, molecular-weight analyses, identification of transfo…
Abstract Most of the current photocatalytic methodologies for the generation of reactive radical intermediates have limited redox windows and can operate within a single redox manifold. Here, to overcome these constraints, we report a purely organic photocatalyst that operates via a two-photon exci…
MAX-phase materials exhibit metallic–ceramic properties. The Ti4AC3 (A = Si, Au, Ir) 413-type MAX phases are investigated here using systematic density functional theory to examine structural stability, elastic behavior, mechanical performance, thermal properties, and electronic characteristics. Op…
Artificial Intelligence has become a fundamental scientific tool, potentially as significant in chemistry as the development of Quantum Mechanics or the introduction of computers. In this chapter, we take a first look at the nature of Artificial Intelligence and how Machine Learning can be used to…
This study presents a materials and reaction-engineering strategy for treating dye-laden wastewater using immobilized cupric oxide (CuO) nanowires (NWs) on a copper substrate formed by thermal oxidation. High-density CuO NWs were grown directly on the substrate with an underlying cuprous oxide (Cu₂…
Batch polymerization is a highly nonlinear process and is very sensitive to temperature, thus it is important to be able to reliably forecast the reactor temperature, conversion, and molecular-quality indicators for process monitoring. Mechanistic models can be physically interpreted, but are subje…
High within-dataset accuracy does not establish that a dissolved-gas analysis model will remain valid in an independently sourced transformer population, especially when gas magnitudes, case mix, and label structures differ. This study proposes HIRA-DGA, a Hierarchical Invariant-Representation and…
Abstract The oxygen reduction reaction (ORR) remains a central kinetic bottleneck in fuel cells. Its performance depends not only on catalyst activity, but also on electron/proton transfer, oxygen transport, and surface reaction kinetics. Because catalytic reactions and mass transport occur on diff…
FINDING: Topological insulators exhibit a metal-insulator transition with critical exponent ν ≈ 2.7, driven by disorder, linking to universal scaling behavior. | MATH: Critical exponent ν ~ 2.7 from scaling analysis of localization length; no deviation from metal-ordinary insulator transitions in s…
In this study, three potential commercial nanofiltration (NF) membranes (MPS-34, SR3D, and HFN-300) were assessed for the treatment of a real process stream of manmade cellulosic fiber (MMCF) industry. Among all, the membrane SR3D had the lowest skin thickness (140 ± 25 nm) and water contact angle…