A novel electrode of PdCu nanoparticles modified free-standing reduced graphene oxide
(rGO) framework (PdCu@ rGOF) is fabricated via electrodeposition and chemical reduction …

Nanocomposite membranes for low-temperature fuel cells, specifically, direct borohydride
fuel cells (DBFCs), are formulated from a ternary polymer blend of poly (vinyl alcohol), poly …

Direct borohydride fuel cells (DBFCs) operate with sodium borohydride as a fuel and oxygen
or hydrogen peroxide as the oxidant. These fuel cells offer advantages over similar types of …

In direct borohydride fuel cell (DBFC), there is a contradiction between catalytic activity and
specific discharge capacity (SDC) owing to the dual catalytic effects of most anode catalysts …

A novel catalyst electrode of Au nanoparticles modified Ti microrods is synthesized through
a route of hydrothermal etching and electrodeposition. As substrate, the metallic Ti …

Abstract Titania supported Au–Co catalysts with nano-and sub-nanoparticles, were
prepared with 1% Au and different contents of cobalt by one pot deposition precipitation with …

Fuel cells offer a higher specific energy density compared to the traditional batteries and can
convert stored chemical energy directly into electricity, not requiring any combustion or …

Fuel cells (FCs) are clean power sources for both large-scale and portable applications, as
they provide a viable method to convert the chemical energy of fuel directly into electrical …

Abstract [eng] Annotation The protection of the environment and utilization of energy is
currently the most important challenge to our planet and here the need for clean renewable …

Fuel cells technology has attracted much attention owing to their high conversion efficiency
in chemical energy to electrical energy with simple structures, clean emissions, insignificant …