Cathode activation polarisation is one of the main contributions to the losses of a Solid
Oxide Fuel Cell. To reduce this loss we use a pulsed laser to modify the surface of yttria …

Micropatterning is considered a promising strategy for improving the performance of
electrochemical devices. However, micropatterning on ceramic is limited by its mechanically …

The performance of solid oxide fuel cells can be improved by introducing micro-patterns on
their electrolyte layer. However, because of the undesired properties of ceramic structures …

The effect of electrolyte surface patterning on the cell performance is investigated. The
patterning process is accomplished by isostatically pressing the electrolyte together with a …

The laser is a powerful tool for materials processing, incorporated already in many industrial
processes and laboratory procedures. In this work, we are concerned with laser processing …

The NiO-yttrium stabilized zirconia (YSZ) anode substrates prepared by tape casting are
modified via laser-machining technique in mesoscale for electrode-electrolyte interface …

NiO/8YSZ anode supports for planar solid oxide fuel cells are prepared via phase inversion
method. With the asymmetric anode structures, two approaches are applied to modify the …

A strategy based on laser micro-processing was proposed to improve the solid oxide fuel
cell performance by modifying electrode/electrolyte interface with a “dimples array” structure …

A strategy based on tape-casting and laser micro-processing was proposed to enhance the
electrochemical performance of solid oxide fuel cells by modifying the electrolytes with a …

Ceramic electrochemical devices, such as solid oxide fuel cell (SOFC), require a high
electrochemical reaction density. UV-nanoimprint lithography (UV-NIL) process comprising …