A general partial wetting model to describe an intermediate wetting state is proposed in this
study to explain the deviations between the experimental results and classical theoretical …

In this review, a particular emphasis is put on the integration of porous silicon in microfuel
cells. After a general description of porous silicon morphologies and etching principles, we …

In this paper, we are reporting on the fabrication of a porous silicon/Au and silicon
filament/Au using the two-step Au-assisted chemical etching of p-type Si with a specific …

Hydrogen is an important chemical material that is utilized in a large scale in synthetic
chemical industries in modern society. On the other hand, technologies for utilizing …

The effect of the thickness of the gold, silver and cupper films on the electrical properties
such as open circuit voltage (V oc) and short circuit current (I sc), in the direct hydrogen fuel …

In this paper, the use of Au/porous silicon/Silicon Schottky type structure, as a direct
hydrogen sulphide fuel cell is demonstrated. The porous silicon filled with hydrochlorid acid …

We investigated the effects of the contact surface structure of porous Si-based membrane
electrode assemblies (MEAs) on the performance of microfuel cells, because the contact …

Abstract The Au/Porous silicon structure (Au/PS) was developed as hydrogen fuel cell. The
use of a porous silicon filled with hydrochloric acid as a proton‐conducting membrane and …

Surface wettability is an important factor for micro/nanoscale thermal fluidic systems and it
has attracted much interest for both fundamental research and practical applications. As one …

Energy consumption has increased dramatically during the past decades in order to
functionalize electrical appliances, provide heat sources, generate light sources, and …