Precision-Engineered Electronic Modulation of Ruthenium Clusters and Single Atoms on Vacancy-Rich α-MoC1- x Enables Efficient Electrocatalytic Water Splitting [0.03%]
精准调控钌簇和单原子掺杂富 vacancies α-MoC1-x 用于高效电催化分解水
Jixin Yao,Jie Wang,Wen Wang et al.
Jixin Yao et al.
Maximizing the utilization of active metals while maintaining efficient catalytic activity is of great importance for electrocatalytic alkaline hydrogen evolution reaction. Herein, we report a facile pyrolysis strategy to anchor Ru clusters...
Highly Efficient and Stable All-Weather Moisture Power Generation via Asymmetric Structured Color Photothermal Evaporation-Induced Cotton Fabrics [0.03%]
一种高效稳定的全天气湿度发电模式：染色光热蒸发诱导棉织物发电结构
Huiyu Yang,Xiaohua Cheng,Liangang Zhao et al.
Huiyu Yang et al.
Harvesting electrical energy from the ubiquitous water cycle to power flexible electronic devices is receiving increasing attention. However, the development of moisture-driven generators with high and stable power output remains a signific...
Guanidyl-Engineered SAMs with Electrostatic-Coordination Synergy for High-Efficiency Tandem-Compatible Perovskite Solar Cells [0.03%]
高效钙钛矿太阳能电池的静电配位协同作用的胍基工程SAMs
Laijun Liang,Weidong Zhu,Zihao Wang et al.
Laijun Liang et al.
Wide-bandgap inverted perovskite solar cells (PSCs) have attracted significant interest owing to their excellent stability feature and unique compatibility with tandem device architectures. However, two major challenges remain: the inhomoge...
Dual-Exciplex White OLEDs for Natural-Quality Lighting and Optical Data Transmission [0.03%]
双激发单exciplex白色OLED的高质量固态照明与光学通讯研究
Wei He,Haoyu Huang,Kai-Ning Tong et al.
Wei He et al.
The integration of high-quality organic solid-state lighting with high-speed optical wireless communication offers an innovative pathway toward next-generation optoelectronic devices. Here, we report a structurally simplified white organic ...
Metal-Free Nanoarchitectonics of Fluorescent Transparent Materials via Co-Assembling Non-Aromatic Amino Acids and Tetrafluorophthalic Acid for Adhesion, Coating, and Information Encryption Applications [0.03%]
无金属纳米荧光透明材料的制备及其在粘合、涂层和信息加密中的应用
Guohong Yao,Miaomiao Gao,Changyong Cai et al.
Guohong Yao et al.
Realizing fluorescence emission from non-aromatic amino acids is a difficult challenge in the development of optical materials in the absence of polymeric backbones and covalent cross-linkers. Herein, a non-covalent approach is used to fabr...
Spin-Split Edge States in Metal-Supported Graphene Nanoislands Obtained by CVD [0.03%]
金属支撑石墨烯纳米岛中的自旋劈裂边缘态（CVD法）
Michele Gastaldo,Masoud Mansouri,Carlos Garcia-Fernandez et al.
Michele Gastaldo et al.
Spin-split states localized on zigzag edges have been predicted for different free-standing graphene nanostructures. However, the stability of the edge magnetism can be severely compromised by interfacial interactions when supported on meta...
Balancing Performance and Device Complexity in Single-Point Miniaturized Spectrometers via Multi-Peak Modulation Strategies [0.03%]
基于多峰调制策略的单点微型光谱仪性能与器件复杂度平衡方法研究
Lei Guo,Jiayue Han,Xingwei Han et al.
Lei Guo et al.
Balancing resolution, complexity, bandwidth, power, and scalability is essential for advancing single-point miniaturized spectrometers from lab prototypes to practical portable and integrated photonic systems. In this paper, we present a hi...
High-Entropy Alloy-Based Artificial Enzymes With Modulated D-Band Center and pH-Controllable ROS Biocatalysis for Stage-Specific Treatment of Inflammatory and Infectious Oral Diseases [0.03%]
具有可调d带中心和pH可控ROS生物催化的高熵合金基人工酶用于口腔炎症和感染的分期治疗
Huili Du,Shihuan Gao,Yongqi Wang et al.
Huili Du et al.
Periodontitis, characterized by tenacious polymicrobial biofilms and persistent oxidative stress, presents a formidable therapeutic challenge in clinical practice. Current treatment modalities often fall short in achieving simultaneous biof...
Redirecting Tryptophan Metabolism Through Host-Microbial Crosstalk to Enhance Precise Bioorthogonal Chemoimmunotherapy [0.03%]
通过宿主微生物交叉对话重定位色氨酸代谢以增强精准生物正交化疗免疫治疗
Yue Sun,Congcong Huang,Chenglong Ma et al.
Yue Sun et al.
Bioorthogonal chemistry offers a promising approach for advancing chemoimmunotherapy, yet two critical challenges remain: (1) achieving deep tumor penetration of catalysts while ensuring precise tumor-confined prodrug activation, and (2) re...
Visibly Transparent Monolithic Perovskite/Organic Tandem Solar Cells Achieving Over 6% Light-Utilization Efficiency [0.03%]
实现超过6％的光能利用效率的透明单片钙钛矿/有机串联太阳能电池
Jun Ryu,Seojun Lee,Un-Hak Lee et al.
Jun Ryu et al.
Transparent photovoltaics for solar-window applications must balance human-visible clarity with meaningful power output. Here, we report a selectively absorbing, monolithic perovskite/organic tandem that decouples visible transmittance from...