Mechanism discrimination in multilevel RRAM using state-resolved impedance evolution [0.03%]
基于状态解析阻抗进化的多级RRAM机制鉴别研究
Sangwoo Jung,Hyoseob Kim,Kyungho Hong et al.
Sangwoo Jung et al.
Resistive random access memory (RRAM) requires reliable mechanism discrimination in multilevel operation because distinct switching pathways produce different state evolution and frequency responses. In this study, state-resolved impedance ...
Haversian-inspired hierarchical scaffold for vascularized bone repair [0.03%]
受哈弗斯系统启发的分级支架促进血管化骨再生修复
Hong-Shuo Zhu,Ying-Han Hu,Yu-Yi Duan et al.
Hong-Shuo Zhu et al.
To overcome delayed vascularization and wet-state mechanical deterioration in critical-sized bone defect repair, we developed a composite scaffold inspired by the natural Haversian system. The scaffold features longitudinally interconnected...
Haversian-inspired hierarchical scaffold for vascularized bone repair [0.03%]
一种类似哈弗斯系统的分级支架用于血管化骨修复
Hong-Shuo Zhu,Ying-Han Hu,Yu-Yi Duan et al.
Hong-Shuo Zhu et al.
To overcome delayed vascularization and wet-state mechanical deterioration in critical-sized bone defect repair, we developed a composite scaffold inspired by the natural Haversian system. The scaffold features longitudinally interconnected...
Stabilizer-free pure α-phase FAPbI3 perovskite through seed-assisted growth yields efficient photovoltaics [0.03%]
无稳定剂纯α-FAPbI3钙钛矿通过种子辅助生长及其高效光电器件应用
Kadi S Alshebl,Miqad S Albishi,Tariq F Alhuwaymel et al.
Kadi S Alshebl et al.
The α-phase of formamidinium lead iodide (α-FAPbI3) perovskite has a promising bandgap for efficient single-junction photovoltaics. However, its large A-site FA+ cation destabilizes the perovskite lattice, favoring transformation into non...
A crystalline reinforced dual-network hydrogel for wearable sensing devices [0.03%]
一种用于可穿戴式传感设备的结晶增强双网络水凝胶
Yannan Li,Chaolun Xu,Jiaqi Sun et al.
Yannan Li et al.
The rapid development of wearable sensing interfaces urgently requires flexible electronics with high strength, high stretchability, and stable conductivity. This study proposes a multi-stage fabrication strategy to prepare dual-network (DN...
Two-step spin decoherence in transition metal dichalcogenide defect qubits [0.03%]
二步自旋退相干在金属二硫族化合物缺陷量子比特中的研究
Taejoon Park,Jaewook Lee,Huijin Park et al.
Taejoon Park et al.
Two-dimensional transition metal dichalcogenides (TMDCs) have recently emerged as promising defect qubit hosts due to their low nuclear spin density. Millisecond-scale spin coherence times were predicted for ideal model qubit systems under ...
Ultrafast light-driven carbonization of waste tires into functional carbon supports for high-performance fuel cells [0.03%]
超快光驱动废旧轮胎碳化制高性能燃料电池功能碳基体研究
Hyeonseong Kim,Minjae Kwon,Eunchae Ma et al.
Hyeonseong Kim et al.
The electricity-free conversion of polymer waste into high-value functional materials represents an important step toward sustainable and circular manufacturing. Herein, we demonstrate a light-driven upcycling platform that directly transfo...
Entangled glycerol hydrogels for wave modulation of Rayleigh-SAW devices [0.03%]
用于调控瑞利表面声波器件的纠缠甘油醇水凝胶
Zhipeng Du,Yuwei Han,Tianji Fei et al.
Zhipeng Du et al.
Surface acoustic wave (SAW) devices, particularly of the Rayleigh type, harness nanoscale-amplitude vibrations on a piezoelectric substrate to sense, actuate and process various targets. SAW modulation in selected areas is essential for hig...
Tough, self-healing and recyclable polyurea elastomer with dual dynamic crosslinked networks for sustainable flexible strain sensors [0.03%]
用于可持续柔性应变传感器的具有双重动态交联网络的坚韧、自修复和可回收聚脲弹性体
Yiqin Guo,Jingzhi Tang,Zhipeng Yang et al.
Yiqin Guo et al.
Elastomers integrating self-healing capability, recyclability, and excellent mechanical performance have attracted considerable interest owing to their great application prospects in the emerging fields of soft robots, wearable electronics,...
Entanglement-mediated bulk energy dissipation enables strong and tough UV-curable adhesives [0.03%]
纠缠介导的体能量耗散使UV光固化强力且坚韧胶粘剂成为可能
Tong Su,Chunyu Wong,Jiashuo Liu et al.
Tong Su et al.
Tough adhesives require efficient bulk energy dissipation, yet the molecular design principles for achieving this without sacrificing adhesion strength remain a challenge. Here, we report a chain-length regulation strategy for UV-curable ac...