Dangxia Wang

Facile synthesis of vanadium-modulated CoFeP@C nanoparticles to enhance intrinsic activity and stability for high-performance oxygen evolution reaction Electrocatalytic water decomposition is a sustainable method for producing hydrogen, but its application is hindered by the slow kinetics of the anodic reaction. The development of cost-effective electrocatalysts is key to realizing efficient water splitting for hydrogen production.

Facile synthesis of three-dimensional wrinkled cobalt-doped MoP/FeP4 nanospheres for boosted hydrogen evolution reaction† Rational design of cost-effective electrocatalysts with unique morphological structures and chemical compositions is highly imperative for the future hydrogen-based economy. Herein, we construct three-dimensional wrinkled Co-MoP/FeP4 nanospheres as hydrogen evolution reaction (HER) electrocatalysts by a simple and low-cost one-pot method.

In-situ-engineered coral-like multiphase NC@NiCoCu-N/NCF nanoarrays for enhanced hydrogen evolution reaction The exploration of new energy is conducive to alleviating the excessive demand for fossil energy. Water electrolysis is a promising mean of sustainable hydrogen evolution. Herein, The Cu/NCF precursor was nitrized to prepare a nitrogen-doped carbon coated multi-component NC@NiCoCu-N/NCF composite material.