Electrocatalysis: Novel Synthetic Methods

In the last several decades, the electrochemical synthesis and became the enabling fabrication methods electrodeposition behind the train of hi-tech enterprise [1,2]. There are many examples where electrochemical synthesis provides convenient if not “ approach to deliver the desired structures, materials or catalytic surfaces. In recent years, the the only” scientific community has witnessed the numerous examples where electrochemical synthesis is used to grow multilayered metallic thin films and nano-structures [3,4,5], nano-scale metallic architectures [6,,8,9,10,11,12], and a high quality single overlayers [13,14,15,16,17]. The most recent developments suggest that the electrochemical methods become an crystal attractive fabrication route for catalyst synthesis for fuel cells and metal-air batteries [18,19]. These new applications make the future of the research in electrochemical material science a seemingly interesting and quite exciting endeavor.