3D potassium energetic metal-organic framework enables safer lead-free primary energetic materials with positive oxygen balance [0.03%]
三维钾系猛性金属有机骨架材料实现正氧平衡的无铅一次猛性材料的安全化
Vikranth Thaltiri,Richard J Staples,Jean&#x;ne M Shreeve
Vikranth Thaltiri
K2DNNNAT, a three-dimensional potassium-based energetic metal-organic framework with positive oxygen balance (+18.06%), transforms a highly sensitive trinitromethyl energetic system into a thermally stable lead-free primary energetic materi...
Bacteria-mimetic bioadhesives with multivalent mucoadhesion and drug-compatible delivery [0.03%]
模仿细菌的黏膜粘附生物医用粘合剂及其与药物递送兼容性研究
Evan Johnston,Megan Farrow,Ryu Williston et al.
Evan Johnston et al.
The ability to adhere to mucus-lined tissues underpins a range of biomedical devices and therapies. However, many existing strategies rely on covalent bonding chemistries and can be unstable, cytotoxic, or incompatible with therapeutics. He...
Covalent organic framework monoliths: structures, applications and biomimetic opportunities [0.03%]
共价有机框架整体材料：结构、应用及仿生机会
Patrycja Frąckowiak,Teofil Jesionowski
Patrycja Frąckowiak
This review summarizes the fundamental structural features, synthetic methodologies and physicochemical properties of COFs, and discusses the key limitations associated with their powder-based form. Recent progress in the development of mon...
Ionogels with ultrafast electroresponsive adhesion switching based on physical gel-sol transition of silk fibroin [0.03%]
基于物理凝胶-溶胶转变的丝素蛋白超快电响应粘附离子凝胶
Jianye Kang,Tikai Zhang,Qinbo Liu et al.
Jianye Kang et al.
Ionogels with dynamically tunable interfacial adhesion hold great promise for diverse applications due to their reversible switching between robust bonding and facile detachment. However, existing electroresponsive adhesion-switchable ionog...
Highly stable photothermal CO2 conversion to C2H6 with 87% selectivity: cooperative charge redistribution in a heteronuclear catalyst stabilizes the reaction intermediates and enhances C-C coupling [0.03%]
高稳定性光热CO2转化为C2H6（选择性为87％）：异核催化剂的协同电荷重新分布稳定了反应中间体并增强了C-C偶联
Fazal Raziq,Mohammad Z Rahman,Muhammad Ashraf et al.
Fazal Raziq et al.
The photothermal conversion of CO2 into selective multi-carbon hydrocarbons remains an unresolved challenge due to the instability of the key intermediates and the high barrier for C-C coupling. Here, we report an atomically integrated Cu-A...
Accelerating reaction kinetics of AlCl3/acetamide electrolyte by co-solvation for Al-S batteries [0.03%]
通过共溶剂效应加速AlCl3/醋胺电解质在铝硫电池中反应动力学性能提升的研究
Zhigang Jiang,Runke Zhang,Zuobei Jiang et al.
Zhigang Jiang et al.
Deep eutectic solvents such as AlCl3/acetamide (AcA) have demonstrated great potential as room-temperature electrolytes for Al-S batteries, but their high viscosities and low ionic conductivities severely impede the electrochemical reaction...
High-sensitivity X-ray imaging based on cost-effective and large-size CZT epitaxial crystal [0.03%]
一种基于低成本、大尺寸的CdZTe外延晶体制备的高灵敏度X射线成像技术
Heming Wei,Tingting Tan,Xinlei Zhang et al.
Heming Wei et al.
Cadmium zinc telluride (CZT) is widely regarded as the premier material for large-area X-ray imaging. However, its widespread adoption in X-ray imaging has long been constrained by high production costs, limited wafer dimensions, and insuff...
Materials Horizons Emerging Investigator Series: Dr Yao Liu, Shanghai Institute of Applied Physics, Chinese Academy of Sciences, China [0.03%]
材料地平线新兴领导人系列：刘瑶博士，中国科学院上海应用物理研究所
Our Emerging Investigator Series features exceptional work by early-career researchers working in the field of materials science.
Editorial
Materials horizons. 2026 Jul 8. DOI:10.1039/d6mh90075e 2026
Universal cryo-thermal sculpting of transition metal dichalcogenides: simultaneous phase and size engineering for energy electrocatalysis [0.03%]
用于能量电催化的二硫化金属半导体的通用冷热塑形法：相和尺寸工程同时进行
Koustav Mandal,Ching-Hsiu Chen,Animesh Acharya et al.
Koustav Mandal et al.
The global quest for a sustainable energy matrix is fundamentally a crisis of material constraints where success relies on structural control at the atomic scale. Herein, we report a universal, physical protocol: cyclic rapid annealing and ...
Synergistic protein-reinforced DNA hydrogels with tunable biomechanics for mechanoresponsive drug release [0.03%]
一种具有可调生物力学性能的协同蛋白质增强型DNA水凝胶用于力响应型药物释放
Kanchan Yadav,Iksoo Jang,Yoonbin Ji et al.
Kanchan Yadav et al.
DNA hydrogels are widely explored in biomedical research for their programmability and soft tissue-mimicking mechanics. However, their application in load-bearing implants is restricted by insufficient mechanical robustness, especially for ...