Highlights•Wireless electrochemistry may be performed on particles and
nanoobjects.•Sensing of molecules and evaluation of electrocatalytic processes are …

The present study reports the wireless technique that generates asymmetric reactivity on the
surface of the conducting substrate without any direct electrical connection in the electrolyte …

Alloying offers an increasingly important handle in nanomaterials design in addition to the
already widely explored size and geometry of nanostructures of interest. As the key trait, the …

Janus particles have a wide range of applications in diverse fields due to the possibility to
tailor and combine different functionalities on a single particle. However, most of the current …

Bipolar electrochemistry is a conventional method based on the polarization of an isolated
substrate under an applied electric field. This technique has been applied to electrolysis …

Closed bipolar electrochemistry in a 4-electrode configuration is a highly versatile, but under-
utilized, technique with major potential to emerge as a powerful methodology impacting …

A wireless single-electrode electrochemiluminescence (ECL) system is for the first time
designed by coupling single-electrode ECL system with wireless energy transfer. It consists …

In this study, we presented a novel wireless electro-photocatalytic (WEPC) process for the
degradation of an industrial model dye RO29. The wireless electrochemical configuration …

As an effective approach for materials synthesis, bipolar electrochemistry has been earning
a renewed interest nowadays thanks to its unique features compared to conventional …

Bipolar electrochemistry (BE) is employed for both creating electrocatalysts composition
gradient and visual screening of the prepared composition on a single substrate in just two …