IndraLab

Statements


| 3

reach
"Nan et al. produced versatile and tunable optofluidic potential traps by synchronizing phase-gradient forces and fluidic drag forces, enabling the controlled trapping, sorting, and transport of metallic NPs below 100 nm in diameter [149]."

reach
"SnS 2 QDs embedded in VO 2 @carbon accelerate electron transport, while the in situ coating of carbon improves cycling stability."

reach
"Such a well designed heterogeneity between ZnS and SnS 2 provides rapid Na + insertion and enhanced charge transport by creating an electric field at the heterointerface."