Glycine-nitrate derived cobalt-doped BiPO4: An efficient OER catalyst for alkaline electrochemical cells

Electrochemical surface reconstruction of nickel cobalt pyrophosphate to Ni/Co-hydroxide-(oxy)hydroxide: an efficient and highly durable battery-type supercapacitor electrode material

“…73 Recently, Shreenivasa et al noticed the absence of P in the post-XPS spectra owing to the surface reconstruction of BiPO 4 to Bi 2 O 3 . 74 Further, ICP-AES analysis of as-prepared Ni 60 Co 40 600, after preconditioning and post stability testing, further proves that the majority of P etching occurs from the as-prepared material during the preconditioning and hardly any change is noted after stability (Table S6) †. The mechanism of the etching phenomenon is summarised and mentioned in detail in the ESI †.…”

PdO@CoSe2 composites: efficient electrocatalysts for water oxidation in alkaline media

“…37,38 A wide range of methods have been used to synthesize cobalt-based nanostructures, including precipitation, vapor deposition, and wet chemical reactions. 39–43…”

“…37,38 A wide range of methods have been used to synthesize cobalt-based nanostructures, including precipitation, vapor deposition, and wet chemical reactions. [39][40][41][42][43] Even though the use of these methods is growing rapidly, there is still a need to adopt facile approaches for the development of new generation electrocatalysts at a large scale while incorporating the simple, scalable and tunable features of the nanostructured materials to be prepared. According to the available literature, PdO nanoparticles have not been doped into CoSe 2 nanostructures via hydrothermal methods followed by UV light reduction.…”