Carbon-based nanoparticles (CNPs) are exciting metal-free photocatalysts for solar
hydrogen production. However, significant challenges remain in elucidating their complex …

Maximizing the usage of cocatalyst to provide fruitful proton reduction sites and suppress
charge carrier recombination is an effective stratagy to dramatically improve the …

Complete metal‐free P‐functionalized carbon nanomaterials are synthesized from a single
molecular precursor, phytic acid, for photocatalytic solar H2 production and simultaneous …

Solar hydrogen production from catalytic water splitting is one of the many options available
to help generate clean power and alleviate the threatening environmental concerns …

Carbon dots (CDs) exhibit distinctive optical, electronic, and physicochemical properties,
rendering them effective cocatalysts to enhance the photocatalytic performance of light …

To construct photocatalytic systems that can efficiently convert solar energy to hydrogen
energy, numerous studies have been focused on transition metal phosphide (TMP) co …

Preparation of earth-abundant and noble-metal-free transition metal complexes serving as
photocatalytic hydrogen evolution co-catalysts is of great challenge and significance. Here …

Solar to hydrogen (H2) conversion systems based on carbon nanomaterials have shown
great potentials in the clean energy field recently. However, for most systems, energy level …

Semiconductor quantum dots (QDs) in conjunction with non-noble 3d-metal ions (eg, Fe3+,
Co2+, and Ni2+) have emerged as an extremely efficient, facile, and cost-effective means of …

Single-atom catalysis has become the most active new frontier in energy conversion
applications due to its remarkable catalytic activity and low material consumption. However …