… sulfide (CuS) is a developing and promising photothermal agent for … work, CuS mesostructures
with high photothermal conversion efficiency have been synthesized by assembling CuS …

… of the synthetic procedure of CuS mesostructures. (B) … CuS mesostructures and comparable
CuS NPs. (C) HeLa cell viability before (a) and after (b) treatment with CuS mesostructures. …

… exhibited high photothermal conversion that led to high … due to their high photothermal
conversion efficiencies, which are … solar thermal conversion and high water evaporation rate, it is …

… The metal chalcogenides with nano-mesostructures, like nanorods, nanoparticles, … have
exhibited enhanced NIR photothermal conversion efficiency because of the increase in light …

… photothermal conversion efficiency of Pd could reach 96% [43]. To increase the photothermal
conversion efficiency of CuS, … nanoparticles anchored hollow CuS nanospheres (CuS/Pd) …

… These nanomaterials showed high photothermal conversion efficiency and … (2) high
photothermal conversion efficiency and good photostability, (3) minimal hydrodynamic size because …

… of CuS@MoS 2 heterojunction coupling built-in electric field with piezopotential and
photothermal conversion for … So, CuS@MoS 2 composite was developed as a high performance …

… flower-like CuS superstructures as an efficient 980 nm laser-driven photothermal agent for
the … Each polyhedral 26-facet CuS microcage had three pairs of square mesostructural shells, …

… It was found that these rose-like CuS microflowers have enhanced photocatalytic behaviors
… the CuS microspheres and multiplates because of their mesoporous structure, high optical …

… In summary, we have developed a new and efficient shell sulfidation and core disproportionation
strategy for the synthesis of non-spherical Cu@CuS yolk–shell structures. This method …