综上所述，该工作以二维BiOI基材料为平台，运用二维限域策略，成功搭建起由短氢键（SHB）组成的离子传递网络，在受限通道中形成了具有Grotthuss ...

为解决水系锌离子电池MnO2正极的Mn溶解和动力学迟缓问题，研究人员通过原位合成普鲁士蓝（PB）界面，并利用放电活化引入更多结构水分子。该设计实现了Grotthuss质子传导，显著提升H+存储能力，使正极在0.2 A g-1下容量达343 mAh g-1，2000次循环后容量保持率提升至80.5%，为高性能锌离子电池开发提供新 ...

The Grotthuss mechanism, which was first discovered about 200 years ago, could revolutionise energy storage for high-power applications like electric vehicles or electricity grids, according to a n ...

The Grotthuss Mechanism is revealed to intimately involve not one, two, or four molecules, as was suggested for more than 100 years of modern research, but a unique arrangement of three water ...

"The debates on the Grotthuss mechanism and the nature of proton solvation in water have grown heated," says Prof. Pines, "as this is one of the most basic challenges in chemistry. Understanding this ...