Sulfur-doped carbon nanofibers as support for tantalum oxides bifunctional catalysts for the oxygen reduction and evolution reactions

Structural and compositional analysis of MOF-derived carbon nanomaterials for the oxygen reduction reaction

“…Following a single pyrolysis, the resulting carbon nanomaterials demonstrated an enhanced specific surface area, contributing to improved ORR performance. 71…”

Exploration of cobalt(ii) modification in a phenanthroline-based conjugated organic polymer towards trifunctional electrocatalysis

“…A series of metal oxides/phosphides/suldes/nitrides are preferable to reduce the expense and enhance the selectivity, activity, and stability simultaneously. [12][13][14][15] Hence, there is a compelling and inevitable requirement in designing and developing lowcost and multifunctional catalysts 16 with superior reaction kinetics and low overpotentials. 17,18 One endeavor involves the synthesis of three-dimensional nanostructures with substantial microporosity-to-mesoporosity and active catalytic centers, which facilitates faster kinetics.…”

“…A series of metal oxides/phosphides/sulfides/nitrides are preferable to reduce the expense and enhance the selectivity, activity, and stability simultaneously. 12–15 Hence, there is a compelling and inevitable requirement in designing and developing low-cost and multifunctional catalysts 16 with superior reaction kinetics and low overpotentials. 17,18…”

Large‐scale synthesis of centrifugally spun tantalum oxynitride fiber electrocatalysts for hydrogen evolution reaction

“…[25][26][27][28][29] Due to their large surface area and interlinked network, nonwoven nano/microfibers have a wide range of applications in the fields of energy storage, water purification, and catalysis. [30][31][32][33][34] By virtue of its wellestablished methodology dating back to 1920s, majority of the reports of fibers are centered around electrospinning. However, electrospinning suffers from serious drawbacks in terms of its low throughput rate and usage of high voltages.…”

“…By creating distinct architectures like nanofibers, nano rods, and nanowires with superior electron and mass transport properties, the HER electrocatalytic activity can be improved 25–29 . Due to their large surface area and interlinked network, nonwoven nano/microfibers have a wide range of applications in the fields of energy storage, water purification, and catalysis 30–34 . By virtue of its well‐established methodology dating back to 1920s, majority of the reports of fibers are centered around electrospinning.…”