The inherent nitrogen functionality present in polybenzoxazines, along with its molecular
design flexibility, makes this class of high-performance thermosets an enticing precursor for …

This comprehensive review article summarizes the key properties and applications of
advanced carbonaceous materials obtained from polybenzoxazines. Identification of several …

Highly active electrocatalysts for the oxygen evolution (OER) reaction are in most cases
powder nanomaterials, which undergo substantial changes upon applying the high …

The flexible construction of electrode materials performs important functions in significantly
enhancing the electrochemical properties of both energy storage and conversion devices …

A substantial effort is devoted to the development of efficient electrolyzers made of earth-
abundant elements for low-temperature industrial-scale water electrolysis. However, a large …

NiFe layered double hydroxide (LDH) is inarguably the most active contemporary catalyst for
the oxygen evolution reaction under alkaline conditions. However, the ability to sustain …

Cardanol is a bio-phenol used in the field of polybenzoxazine (polyBZ) due to its
abundance, low cost, effectiveness, and ease of reaction. Its impact on the polymerization …

A mixed Co and Ni boride precursor was synthesized via chemical reduction and
subsequently annealed at 400 or 500 C with or without prior addition of the monomer …

The development of high-performance and robust catalysts with low-cost is the major
demand for electrochemical water oxidation. Here, a unique and facile method is reported …

S, N co-doped porous carbons were synthesized from polybenzoxazine through
solidification, carbonization and KOH activation using 4-cyanophenol, thiourea and …