Reproducible Pressure-Sensitive Fluorescence Switch for Anti-Counterfeiting and Information Encryption [0.03%]
可重现的压力致变色荧光开关在防伪和信息加密中的应用
Feng Wang,Xihan Yu,Meiyi Wang et al.
Feng Wang et al.
Pressure-responsive smart materials with rapid response capabilities are promising candidates for sensing and information security. Here, a reversibly operable photoluminescence on-off switch activated by external pressure is first achieved...
Active Learning-Guided Accelerated Discovery of Ultra-Efficient High-Entropy Thermoelectrics [0.03%]
主动学习指导的超高熵热电材料加速发现
Hanhwi Jang,Wooseok Lee,Hwa-Jung Kim et al.
Hanhwi Jang et al.
High-entropy alloys are emerging as highly efficient thermoelectrics, but their vast compositional spaces hinder efficient material discovery using conventional heuristics-based and advanced machine learning approaches. Here, this fundament...
Zhiyong Zheng,Zhenwei Ren,Xin Zhou et al.
Zhiyong Zheng et al.
The bromine/iodine mixed halide perovskites have been extensively employed for pure-red emission. However, the issues of compositional heterogeneity and halide ion migration result in impure emission and compromised stability and efficiency...
Metal-Organic Frameworks-Driven Atomic Precision in Advanced Oxidation for Pollution Control [0.03%]
用于污染控制的金属有机框架驱动的原子精度高级氧化法
Wei Qu,Tenghui Jin,Kaizhou Huang et al.
Wei Qu et al.
Metal-organic frameworks provide programmable platforms for designing heterogeneous catalysts with atomic precision. By serving as precursors for single-atom catalysts, they enable maximized metal utilization and finely tuned coordination e...
Byung Cheol Park,Taewoo Ha,Hojun Lee et al.
Byung Cheol Park et al.
Orbital angular momentum (OAM), once considered a marginal property in solids, has recently gained importance in various physical phenomena. Although optical probes couple to OAM directly, comparable low-energy electrodynamic methods are st...
Subhajit Dutta,Erlantz Lizundia,Joanna Goscianska et al.
Subhajit Dutta et al.
The ever-growing energy demand, driven by rapid industrialization and global urbanization, has escalated the development of sustainable nuclear power generation. Nuclear fission and fuel production generate several radioactive byproducts in...
Smart Curtains for Spontaneous Solar Modulation via Natural Light-Triggered Deformable Shading and Chromogenic Synergy [0.03%]
一种自发调节太阳光的窗帘：基于自然光照响应的可变形与变色协同效应
Si-Zhe Sheng,Zhi-Yu Xian,Wen-Shuo Zhang et al.
Si-Zhe Sheng et al.
Smart windows, fabricated from stimulus-responsive chromogenic materials, can modulate the transparency of a window toward sunlight to control room temperature. The widespread implementation of this technology can improve indoor comfort and...
Quadruple Helix Inversions of Liquid Crystals Orchestrated by Direct Chirality Transmission of an Intrinsically Chiral Light-Driven Molecular Machine [0.03%]
由本质上手性的光驱动分子机器直接 chirality 传输编排的液晶四重螺旋倒转
Jinyu Sheng,Alexander Ryabchun,Guiying Long et al.
Jinyu Sheng et al.
Endowing liquid crystal (LC) soft matter with stimuli-responsiveness is pivotal for programmable and dynamic photonics in the next generation of optical materials. However, suitable molecular candidates with intrinsic dynamic chirality that...
Low-Voltage Driven Co-Production of Ammonia, Formate, and Hydrogen From Nitrite Reduction Coupled Formaldehyde Oxidation System on Ultra-Stable AuCuRh Nanowires under Illumination [0.03%]
基于超稳定AuCuRh纳米线的亚硝酸盐还原耦合甲醛氧化体系中低压驱动氨、甲酸和氢气联产研究
Ze-Nong Zhang,Xiao-Hui Wang,Wei Zhong et al.
Ze-Nong Zhang et al.
The nitrite electroreduction reaction (NO2RR) offers a green and sustainable pathway for environmental wastewater treatment and ammonia (NH3) generation. Herein, defect-rich trimetallic AuCuRh nanowires (AuCuRh NWs) with a large number of g...
An Ionomer-Free Gapless Catalyst-Bridging Membrane Electrode Assembly for High-Performance Pure Water-Fed Anion Exchange Membrane Electrolyzer [0.03%]
一种用于高性能纯水电解的不含离子交换体的无间隙催化剂连接膜电极组件（GCB-MEA）
Tianhao Zhang,Shu-An Lin,Heming Liu et al.
Tianhao Zhang et al.
Anion exchange membrane water electrolyzers (AEMWEs) are promising for hydrogen production due to low cost and high product purity. However, the performance of AEMWEs fed by pure water is unsatisfactory because of high ohmic resistance and ...