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李浩｜Hao 浩 Li 李
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Breaking Bottlenecks in Solid Electrolyte Discovery With Large Artificial Intelligence Models
利用大型人工智能模型突破固态电解质发现的瓶颈
Advanced Materials
IF26.8
Tandem Ru–Tm Sites on MoS
2
Tune Entropy–Enthalpy Tradeoff for Enhanced Alkaline Hydrogen Evolution
钼硫<sub>2</sub>上的串联Ru–Tm位点通过调节熵–焓权衡来增强碱性氢气析出
Data- and AI-Driven Catalysis Science: From Descriptors to Digital Catalysis for Next-Generation Catalysts
数据驱动与人工智能驱动的催化科学：从描述符到数字催化，面向下一代催化剂
Homo/Heterogeneous Dual Active Centers Enable Selective Electrochemical C─N Coupling of CO2 and Nitrate to Formamide
同/异质双活性中心实现选择性电化学CO<sub>2</sub>和硝酸根偶联生成甲酰胺
Moderate VOPO4 Modification Balances V5+/V4+ Redox Sites for Efficient n‑Butane Oxidation to Maleic Anhydride
适度的VOPO<sub>4</sub>改性平衡了V<sup>5+</</sup>/V<sup>4+</</sup>氧化还原位点，以高效将正丁烷氧化为顺酐
ChemCatChem
IF3.9
Insights Into Nitrate-to-Ammonia Electrocatalysis on Graphene-Supported Asymmetric M1N3─M2N4 Dual-Atom Catalysts
基于石墨烯支撑的不对称M1N3─M2N4双原子催化剂上硝酸根到氨的电催化机理研究
ChemCatChem
IF3.9
Low-Noise Visible-NIR Quantum-Dot Photodetection and Imaging Enabled by Ligand Post-Engineering
通过配体后工程实现的低噪声可见光-近红外量子点光电探测与成像
Decoupling electron and phonon transport via porous single-crystalline microstructure
通过多孔单晶微观结构解耦电子和声子输运
Nano Energy
IF17.1
Role of ZrO2 fillers in enhancing mechanical strength and tribological performance of PCL/epoxy-based solid–liquid phase-change coatings
ZrO2填料在增强PCL/环氧基固-液相变涂层机械强度和摩擦学性能中的作用
Digital battery platform: extending the dynamic database of solid-state electrolytes to a diversified electrolyte database with ion migration models
数字电池平台：将固态电解质动态数据库扩展为包含离子迁移模型的多样化电解质数据库
Nano Materials Science
IF17.9
Anion-cation co-doped Cu2(OH)2CO3 enables high-efficiency electrocatalytic nitrite reduction to ammonia
阴离子-阳离子共掺杂Cu₂(OH)₂CO₃实现高效电催化亚硝酸盐还原为氨
