To acquire a deeper understanding of electrochemical systems requires techniques that
address nanoscale aspects of electrochemistry, inter alia, the detection and analysis of …

Seeding is a significant but challenging task for optimizing crystallization process operation,
product quality, and process efficiency. With the development of modern crystallization …

Electrochemical phase transition is important in a range of processes, including gas
generation in fuel cells and electrolyzers, as well as in electrodeposition in battery and metal …

Achieving control over the size distribution of metal–organic‐framework (MOF) nanoparticles
is key to biomedical applications and seeding techniques. Electrochemical control over the …

Single-barrel scanning electrochemical cell microscopy has been adapted for
polymerisation of acrylamide in droplet cells formed at gold electrode surfaces. Localised …

Controlled formation of cocrystals is an important objective in drug development. Here,
cocrystallisation of caffeine and 1-hydroxy-2-naphthoic acid was investigated at the interface …

Nanofluidic devices have turned out to be exemplary systems for investigating fluidic
transport properties in a highly restricted area, where the electrostatic interactions or …

Calcium carbonate (CaCO3) is one of the most well-studied and abundant natural materials
on Earth. Crystallisation of CaCO3 is often observed to proceed via an amorphous calcium …

Monitoring crystallization events in real-time is challenging but crucial for understanding the
molecular dynamics associated with nucleation and crystal growth, some of nature's most …

Nucleation is one of the fundamental processes in phase transition. Its mechanism is central
for controlled solid synthesis but remains controversial. Herein, we report a nanoelectrode …