… surface tensile strain and CO 2 photoreduction behavior at the atomic level and provides
an accessible way for designing high-efficiency photocatalysts. CO 2 photoreduction can …

… the adsorption/activation of inert CO 2 . Meanwhile, in situ … CO 2 photoreduction undergoes
a formaldehyde-mediated reaction process. This work provides insight into strain engineering …

… electrons to further activate CO2 rapidly. We further investigated the influence of strain
engineering on the subsequent key reaction (*CO2 to *COOH) of CO2 photoreduction. The p …

… (3.84%) in CO 2 photoreduction reaction (CO 2 PR). Detailed … indicates that the inherent
lattice strain in LDH-S2 leads to the … CO 2 PR catalysts by dual engineering of the lattice strain …

… The fundamentals of cocatalysts for CO 2 photoreduction and … for engineering cocatalysts
to boost the CO 2 photoreduction … Strain engineering is an effective strategy to tune the …

… Overall, as reflected by our DFT calculations and experimental results, we conclude that
the site-specific strain engineering accurately modulates the kinetics processes including the …

… [ 18 ] The microstrain introduced by interstitial carbon induced a new electronic state and
tuned the band edge positions, resulting in the enhanced CO 2 photoreduction efficiency. In …

… corresponding report about CO2 photoreduction relative to lattice strain, not to mention the
diluted CO2. To get into the relationship between lattice strain and CO2 photoreduction, it is …

… higher CO2 reduction performance. In this review, the basic principle of CO2 photoreduction
… , element doping, cocatalyst modification, polarization, and strain engineering. Despite 2D …

… Considering the advantages of 2D materials, strain engineering on the … lattice strain and the
photoreduction of diluted CO 2 . … strain as a research model to carry out CO 2 photoreduction …