Archeo-Inspiration from the Cultural History of Glass: Historic Accounts, Anecdotes and Hard Facts as Challenges to Modern Material Science [0.03%]
考古启发：来自玻璃文化史的挑战现代材料科学的历史记载、逸事和确凿事实
Eva von Contzen,Julia von Ditfurth,Fabian Stroth et al.
Eva von Contzen et al.
Since its earliest developments, glass has held a unique place in cultural history. Remarkably, many surviving glass artefacts from premodern times still surpass some of today's standard processing techniques, with effects and qualities tha...
Platinum-Complex Acceptor Modulating Dielectric Constant and Exciton-Vibration Coupling for High-Efficiency Organic Solar Cells with Suppressed Energy Loss [0.03%]
用于降低能量损耗的高效有机太阳能电池的含铂配合物受体调控介电常数和激子振动耦合研究
Huajun Xu,Xinyue Jiang,Yanna Sun et al.
Huajun Xu et al.
Excessive energy loss (Eloss) remains a primary bottleneck limiting further efficiency improvements in organic solar cells (OSCs). Mitigating energy losses is therefore a key prerequisite for advancing organic photovoltaic technologies. Rat...
Collagen-Derived Nanoconfined Catalytic Membranes for Highly Efficient Water Remediation [0.03%]
高效水修复的胶原纳米限域催化膜
Peng Zhao,Junchao Wang,Dan Cao et al.
Peng Zhao et al.
Nanoconfined catalytic membranes (NCMs) are promising for advanced water treatment but often face trade-offs between permeability, stability, and catalytic efficiency. Here, the hierarchical architecture of collagen fiber networks (CFNs) is...
Synergistic Strategy of Targeted Capture and Potential Responsive Release for High-Performance Zinc-Iodine Batteries [0.03%]
用于高性能锌碘电池的目标捕获和潜在响应释放的协同策略
Hanyu Wen,Bosi Yin,Haokun Wen et al.
Hanyu Wen et al.
The shuttle effect, arising from the dissolution and migration of polyiodide species, severely hinders the practical application of high-energy-density zinc-iodine (Zn─I2) batteries. Conventional carbon-based cathode materials, relying on ...
Synergizing Donor-Acceptor Ni-MOF with Lignin Proton Relay for Efficient and Selective CO2-to-CO Photoreduction [0.03%]
一种供体-受体镍基 MOF 与木质素质子传递协同作用高效选择性光催化二氧化碳还原制一氧化碳
Xin Liu,Guixiang Ding,Xingzhe Guo et al.
Xin Liu et al.
Amidst the urgent global push for carbon neutrality, CO2-to-CO photoreduction has emerged as a critical technology for closing the carbon cycle and converting renewable energy. In this work, a hybrid catalyst, denoted as C-HL-20%/Ni(TTA)bpe...
Lattice Distortion in High-Entropy Transition Metal Diselenide for Augmented Hydrogen Evolution [0.03%]
高熵过渡金属二硒化物晶格畸变增强的析氢性能
Haoyu Yue,Zhongnan Guo,Wenjing Guo et al.
Haoyu Yue et al.
The high-entropy strategy offers a viable pathway to activate the inert basal plane of transition metal dichalcogenides (TMDs) for electrocatalysis. This work demonstrates that the "lattice distortion effect", one of the core effects of hig...
Antagonistic Iron Competition Induced by Iron Chelators Heightens Cuproptosis in Both Tumors and Intratumoral Bacteria [0.03%]
铁鳌合剂诱导的铁拮抗竞争加剧肿瘤及瘤内细菌的铜死亡
Yulin Xie,Junrong Wang,Yubin Han et al.
Yulin Xie et al.
Both tumors and intratumoral bacteria exhibit iron addiction, a shared metabolic dependency that drives their proliferation. Here, inspired by the ancient Chinese fable "The Snipe and the Clam Grapple While the Fisherman Profits", a nano-ch...
"Tear-And-Stack" Twisted SrTiO3 Moiré Superlattices for Precise Interfacial Reconstruction and Polar Topology [0.03%]
“撕叠”扭曲SrTiO3摩尔超晶格实现精准界面重构和极化拓扑性质研究
Yingli Zhang,Jinxin Ge,Shengyao Su et al.
Yingli Zhang et al.
Oxide-based moiré superlattice is an emerging field for its exotic properties and abundant design freedom. However, due to the dangling bond and much stronger interlayer adhesion with the supporting substrate, fabricating twisted complex o...
Advancing Photocatalytic Overall Water Splitting with Z-Scheme Heterojunctions by Interfacial Manipulation [0.03%]
通过界面调控的Z型异质结在光催化全分解水研究中的应用进展
Jie Chen,Xiangjiu Guan,Daming Zhao et al.
Jie Chen et al.
Photocatalytic overall water splitting (POWS), as a promising technology for large-scale solar hydrogen production, has propelled the development of advanced photocatalysts. Z-scheme heterojunctions are believed to be ideal candidates for e...
Utilization of Diamagnetic Force Introduced by External Magnetic Fields for Printing Scalable Organic Photovoltaics [0.03%]
利用外部磁场引入的迪安磁力进行有机光伏印刷
Qing Yan,Rui Gong,Chenzhuo Zhang et al.
Qing Yan et al.
The photovoltaic performance and stability of scalable organic solar cells (OSCs) are significantly governed by the micromorphology, molecular interactions, and stacking behavior of the active layer. As the device area increases, these effe...