Potential in "Imperfection": From Precise Construction to Electrocatalytic Enhancement of Vacancy Engineering [0.03%]
"缺陷"中的潜力：从精准构建到电催化促进的空位工程
Huimin Mao,Xiaobin Liu,Tong Cui et al.
Huimin Mao et al.
Driven by the "dual carbon" strategic goals, electrocatalytic reactions have increasingly become a research frontier in the fields of energy and materials science due to their crucial role in the conversion of clean energy and environmental...
Runsheng Gao,Xiaojian Zhu,Xiaohan Meng et al.
Runsheng Gao et al.
With the rise of technologies such as artificial vision, smart wearables, and interactive displays, the demand for high-performance, intelligent, and portable optoelectronic devices has increased significantly. However, conventional silicon...
Optical Tuning of Non-Equilibrium Surface Plasmon Resonances in a Narrow-Gap Semiconductor Nanocavity [0.03%]
窄带隙半导体纳米腔非平衡表面等离激元共振的光学调控
Jiarong Guo,Dong Pan,Xinghui Liu et al.
Jiarong Guo et al.
In photonics, the polaritonic nanocavity (PC) within the mid-infrared to terahertz region is pivotal in on-chip applications, spanning diverse domains such as bio-sensing and beyond-5G information processing. Nevertheless, the impediment po...
Jingyu Deng,Ze Zhao,Albar Ahmad et al.
Jingyu Deng et al.
Bilayer actuators capable of autonomously responding to complex environmental stimuli have attracted increasing interest for their potential in intelligent and multifunctional systems. Yet, achieving simultaneous programming and reprogrammi...
Scalable Solar Evaporator Based on Bandgap Engineered CuMnCrO4 Spinel Oxide with Salt-Resistant Property for Contaminated Seawater [0.03%]
一种耐盐的铜锰铬尖晶石氧化物太阳能蒸发器用于海水淡化及净化
Rana Muhammad Irfan,Sungdo Kim,Jin Young Lee et al.
Rana Muhammad Irfan et al.
Freshwater scarcity demands innovative solutions that combine efficiency, durability, and scalability. Here, CuMnCrO4 (CMCO), is presented as a ternary spinel oxide photothermal absorber introduced for the first time in solar desalination, ...
Mingming Zhao,Xiaonong Zhang,Chunsheng Xiao et al.
Mingming Zhao et al.
Bone mineralization is a tightly regulated process involving the deposition of hydroxyapatite and other calcium salt crystals within the collagen-rich extracellular matrix of bone tissue, which confers hierarchical architecture and exceptio...
Metabolic Osteoimmune Biodegradable Zn-Mn Alloys: High Strength-Ductility and In Situ Vascular-Osteogenic Coupling [0.03%]
代谢型骨免疫可降解Zn-Mn合金：高强度塑性及原位血管-成骨偶联效应
Xiang-Min Li,Ding-Ge Liu,Gang Yang et al.
Xiang-Min Li et al.
Driven by the demand for sustainable, safe, and cost-effective medical materials, design of biodegradable metals increasingly aims to achieve higher strength and biofunctionality with less alloying. This study proposes a high strengthening-...
Phase Engineering of Nanogold: Non-Close Packed Square Planes in A'B' Stacking with a 0.5 Å Channel [0.03%]
纳米金的相工程：A'B' 堆积模型中非密堆积正方形平面和窄 0.5Å 纳米通道
Yitong Wang,Zhongyu Liu,Christopher G Gianopoulos et al.
Yitong Wang et al.
Crystal phase engineering of inorganic materials is one of the most important strategies for achieving new material properties and functionality. Gold is well known to adopt the face-centered-cubic (fcc) structure, and it remains challengin...
LEAD: Literature Enhanced Ab Initio Discovery of Nitride Dusting Layers for Enhanced Tunnel Magnetoresistance and Lower Resistance Magnetic Tunnel Junctions [0.03%]
基于文献的氮化物除尘层的从头算发现以增强隧穿磁电阻并降低磁隧道结电阻
Sabiq Islam,William S Rogers,Chen-Yu Hu et al.
Sabiq Islam et al.
Magnetic tunnel junctions (MTJs) using magnesium oxide (MgO) tunnel barriers face challenges of high resistance-area product (RA) and low tunnel magnetoresistance (TMR). To discover alternative materials, Literature Enhanced Ab initio Disco...
Haoran Pei,Hang Yang,Ning Zhang et al.
Haoran Pei et al.
To evade ultrasonic predation by bats, moths have evolved wing scale architectures capable of absorbing and scattering high-frequency acoustic signals. Drawing inspiration from this natural defense strategy, a bioinspired multifunctional me...