Developing active, durable, and inexpensive electrocatalysts is critical for hydrogen
production to meet ever-growing sustainable energy needs. Nickel sulfides offer significant …

The oxygen evolution reaction (OER) is the bottleneck of the electrochemical water-splitting
process, where the use of porous metal oxide electrodes is beneficial. In this work, we …

Abstract The Hydroxyapatite (HA, Ca 10 (PO 4) 6 (OH) 2) has attracted widely research
interests in many aspects, especially in repairing and replacing human hard tissues due to …

Metal oxides of earth-abundant elements (such as Ca and Fe) are highly important for
fabricating active electrodes for various electrochemical applications (such as …

The controlled synthesis of mesoporous metal oxides remains a great challenge because
the uncontrolled assembly process and high-temperature crystallization can easily destroy …

Electrode designs involving binder-free nanoparticles integrated within interconnected pore
networks are critical in scaling up electrolyzers. MoS2 is the most promising electrocatalyst …

Nickel oxide (NiO) thin film with a high surface area is an important material in
electrochemical applications. Spin coating of a preformed clear solution of ethanol, nickel …

New synthetic strategies are needed for the assembly of porous metal titanates and metal
chalcogenite‐titania thin films for various energy applications. Here, a new synthetic …

Mesoporous metal chalcogenides (eg, ZnS, CuS, and derived mixed sulfide or selenides)
show an extremely high potential in technological areas like catalysis, sensors …

Mesoporous thin films of transition metal lithiates (TML) belong to an important group of
materials for the advancement of electrochemical systems. This study demonstrates a simple …