Enhanced carbonate capture affinity of copper-doped bismuth niobate enables efficient anodic hydrogen peroxide production [0.03%]
铜掺杂的铌酸铋增强碳酸盐捕获能力可高效产生过氧化氢
Shirui Xiao,Wenlong Guo,Yihuai Pang et al.
Shirui Xiao et al.
The electrochemical synthesis of hydrogen peroxide (H2O2) through the two-electron water oxidation reaction (2e-WOR) offers a sustainable and promising alternative to the conventional anthraquinone process. However, developing anode catalys...
Surmounting the electronic paradox: A "push-pull" mediated Ru-Co3O4/FeOOH architecture for overall water splitting [0.03%]
超越电子悖论：用于全解水的“推拉”介导Ru-Co3O4/FeOOH体系架构
Qingjie Luan,Liyan Wang,Ting Wu et al.
Qingjie Luan et al.
A fundamental paradox in overall water splitting (OWS) lies in the conflicting electronic structure requirements for optimize hydrogen evolution reaction (HER) and oxygen evolution reaction (OER). Conventional design strategies often strugg...
Soft-interfacial concentration gradients drive size-/time-scale desorption characteristics and mechanisms of dodecapeptide assemblies [0.03%]
软界面浓度梯度驱动十二肽组装体的尺寸/时间尺度解吸特征及机制
Jinhua Hu,Linhao Sun
Jinhua Hu
Self-assembled monolayers of biomolecules, particularly peptides, are important for a wide range of applications, including surface coatings, biosensing, and bioelectronics. The performance of peptide two-dimensional crystal patterns on sol...
Round-the-clock atmospheric water harvesting via dual-mode radiative cooling and phase-change thermal regulation [0.03%]
一种基于辐射冷却和相变材料的全天候大气水采集装置
Shijin Nie,Chongting Xia,Kang Yuan et al.
Shijin Nie et al.
Scalable, passive, and round-the-clock atmospheric water harvesting (AWH) remains challenging due to diurnal energy asymmetry and insufficient nighttime driving force. Here, we report a dual-mode synergistic AWH device integrating hemispher...
Atomic-level design of Pd-anchored NiFe-double-hydroxides with enhanced electronic effects for efficient water splitting [0.03%]
原子层设计增强电子效应的Pd锚定NiFe双氢氧化物高效水分解体系
Kai Chen,Sunny Yadav,Guangda Han et al.
Kai Chen et al.
Water splitting is a cornerstone technology for a zero‑carbon society, yet its large-scale implementation is hindered by the inefficient oxygen evolution reaction (OER). Exploring low-cost, highly efficient, and kinetically favorable elect...
Tunable binary supramolecular interactions enabling biomimetic adhesives with switchable robustness and dynamic adaptability [0.03%]
强度和动态适应性均可切换的仿生粘合剂的构筑及其可调二元超分子相互作用研究
Junkui Mi,Yu Wang,Xuanzhou Weng et al.
Junkui Mi et al.
Supramolecular adhesives are promising smart materials for diverse industrial and daily applications. However, integrating the seemingly contradictory characteristics of high adhesion strength and rapid dynamic response within a single syst...
Plasma-spark-induced ultrafast anchoring of Ni nanocatalysts on monolithic carbon for robust Li-CO2 batteries [0.03%]
等离子体火花诱导Ni纳米催化剂在整体碳衬底上的锚定用于坚固的锂-二氧化碳电池
Yangyang Fan,Baojia Dai,Mofan Li et al.
Yangyang Fan et al.
Rapid thermal ramping and cooling processes enable the formation of monodisperse nanomaterials. Specifically, the thermal plasma spark technique, characterized by high energy density and ultrafast heating and cooling rates, represents a hig...
Introduction of optimized folate group modification on lipid-coated magnetic nanobeads enables targeting of folate receptor beta [0.03%]
优化叶酸修饰的脂质包覆磁性纳米微球可实现对叶酸受体β的靶向结合
Maximilian Schaaf,Svenja Offer,Haiyun Zhang et al.
Maximilian Schaaf et al.
The functionalization with targeting ligands is a strategy that is often employed to guide nanocarriers to specific target cells. While there is a large variety of different targeting molecules, folate stands out as especially promising. Th...
Youlim Ha,Joe Chin-Hun Kuo,Justin H Paek et al.
Youlim Ha et al.
Biological cells are often damaged by interactions with fluid interfaces, yet the cell-scale processes that underlie their destruction have not been fully elucidated. Here we investigate whether interactions of cells at aqueous interfaces o...
Temperature-dependent behavior of C14-C18 alkyl surfactants with ionizable and neutral head groups at the water-decane interface [0.03%]
离子和中性头基C14-C18烷基表面活性剂在水-癸烷界面的温度依赖行为研究
Fabian Menke,Saeed Amiri,Kurosch Rezwan et al.
Fabian Menke et al.
Hypothesis: Surfactants stabilize liquid-liquid interfaces, and their temperature-dependent behavior is highly relevant for applications involving emulsions. While temperature-induced phase transitions of interfacial film...