Hydrogen is gaining a great deal of attention as an energy carrier as well as an alternative
fuel. However, in order to fully implement the so called 'hydrogen economy'significant …

The production of hydrogen as a clean energy source by a facile method are major concern
and promising research area now a days. The electrolysis of water to generate hydrogen …

Metal micro-/nano hollow spheres have been widely applied in numerous fields during the
last decade. This review will only focus on the synthetic strategies to synthesize hollow …

This paper presents a research on the influence of sputtering parameters (dc power, argon
pressure) and film thickness/metal loading on the surface structure and morphology of …

A series of Pt–Ir thin films envisaged for application as fuel cell cathodic catalysts are
deposited by dc co-sputtering from pure metal targets. To achieve different metal ratios, the …

Pt_Ag alloy–catalysts are deposited on carbon paper (Pt_Ag/C) by plasma magnetron co–
sputtering method. These Pt_Ag deposited carbon papers are used as electrodes in Proton …

This work presents research on thin magnetron-sputtered platinum (Pt) films deposited over
commercial gas diffusion electrodes and applied to convert and pressurize hydrogen in an …

The subject of this study is preparation and characterization of hypo–hyper d-
electrocatalysts with reduced amount of precious metals aimed for water electrolysis. The …

A series of thin Pt films were deposited by dc magnetron sputtering directly on a commercial
hydrophobic carbon paper substrate having a thin microporous Vulcan-XC72 layer or upon …

The paper presents dc measurements of proton exchange membranes (PEMs) as an
integral part of a membrane electrode assembly (MEA) performed in a novel EasyTest Cell …