Full-Active-Unit Molecular Design Strategy Enabling High-Capacity and Stable Quinone Organic Cathodes for Lithium-Ion Batteries [0.03%]
一种全新的醌类有机正极分子设计策略：高容量和稳定锂离子电池全活性单元喹啉类有机正极分子的设计策略
Haoyu Zhang,Susu Li,Yuansheng Liu et al.
Haoyu Zhang et al.
Redox-active quinones have emerged as promising organic cathode materials (OCMs) for next-generation lithium-ion batteries (LIBs). However, their practical application is hindered by rapid dissolution in organic electrolytes and the common ...
Shuoqing Zhang,Haotian Zhu,Long Li et al.
Shuoqing Zhang et al.
Unstable interfacial chemistry in Li metal batteries originates from the limited accessibility of anions at electrified interfaces, even in the electrolytes designed with anion-coordinated solvation structures. Here we report a cascade solv...
A Universal Quasi-Atom Interaction Model and Application in Designing Single-Atom Catalysts for Alkali-Metal Chalcogenide Batteries [0.03%]
一种通用的准原子相互作用模型及在设计单原子催化剂用于碱金属硫属化合物电池中的应用
Chenhui Wang,Wei Lin,Hui Hu et al.
Chenhui Wang et al.
A deep understanding of reactant adsorption behaviors is crucial for unraveling structure-activity relationships and identifying simple descriptors for the kinetics of multi-electron redox reactions, such as the sulfur redox process in Li-S...
Quaternized Engineered Hydrogels for Subsaturated Moisture-Driven CO2 Capture [0.03%]
用于亚饱和水分驱动二氧化碳捕获的季铵化工程水凝胶
Jungjoon Park,Xuanxuan Du,Taeyoung Chang et al.
Jungjoon Park et al.
Net zero emissions will require atmospheric carbon dioxide removal to counterbalance unavoidable emissions while sustaining human life. Moisture-swing direct air capture (DAC) uses humidity for regeneration of a material that absorbs CO2, e...
Toughened Hybrid Electron-Transporting Interlayers for Efficient and Durable Organic Solar Cells [0.03%]
用于高效且耐用的有机太阳能电池的增强型混合电子传输层
Lingchen Kong,Baobing Fan,Qian Li et al.
Lingchen Kong et al.
Electron-transporting layers (ETLs) are crucial in determining the performance of organic solar cells (OSCs). However, it is challenging to achieve desired efficiency and stability simultaneously for devices based on single-component ETLs. ...
Hydrogen Spillover by Synergy at Ir─O─Ru Interfaces for Ampere-Level Hydrogen Evolution [0.03%]
协同作用下Ir-O-Ru界面氢溢流安培级析氢反应动力学研究
Hong Tang,Hao Yuan,Xingyang Wang et al.
Hong Tang et al.
Industrial-scale hydrogen production via alkaline water electrolysis requires electrocatalysts capable of sustaining ampere-level current densities, yet the sluggish Volmer step remains a fundamental kinetic bottleneck. In this study, we re...
Efficient Trichromatic Ultralong Persistent Luminescence Activated by Body Temperature Toward Convenient Information Encryption and Storage [0.03%]
高效三基色体温激活超长余辉发光朝向便捷信息加密与存储
Hongye Tang,Gencai Pan,Bingyin Kong et al.
Hongye Tang et al.
Long-persistent luminescence (LPL) materials, celebrated for their remarkable ability to capture and gradually release light over extended durations, have catalyzed advances in domains such as optical data storage and bioimaging. However, t...
Guangxiang Gu,Qiheng Liu,Hongwei Gao et al.
Guangxiang Gu et al.
The rapid identification of chemical composition, temperature, and dynamic behavior of leaked liquids by robots during accidental spills of hazardous chemicals would significantly reduce the potential risks to both human health and the envi...
Triboron Multiresonant Emitter With Zigzag B/N Alignment Enables Near-Degenerate Singlet-Triplet States for High-Performance Non-Sensitized OLEDs With Mild Roll-Off [0.03%]
具有之字形B / N排列的三硼共振发射器可实现几乎简并的单重态-三重态状态，可在高性能非敏化OLED中实现温和的滚降现象
Xin Xiong,Wei-Xiong Guo,Rajat Walia et al.
Xin Xiong et al.
Boron/nitrogen-embedded polycyclic frameworks are attractive emitters in organic light-emitting diodes (OLEDs) because they combine narrowband emission with thermally activated delayed fluorescence. Linear extension of multiresonant framewo...
Auxin-Functionalized Nanocarriers Hijack Endogenous Transport for Systemic Crop Protection in Plants [0.03%]
利用内源运输系统的 auxin 功能化纳米载体实现作物的全身防护
Xi Zhang,Yong-Xia Bai,Xing-Yu Zhang et al.
Xi Zhang et al.
Precise delivery of functional agents to specific plant organs remains a central challenge, as synthetic materials rarely access endogenous long-distance transport pathways. Here, we report an auxin-functionalized nanocarrier strategy that ...