… -like mesoporous carbon nanosheets without any byproducts. … to prepare 2D mesoporous
heteroatom-doped carbon nanosheets, for … nitrogen into the carbon nanostructure. Second, GO …

… acid electrolytes by an effective and eco-friendly strategy. … that many mesopores are distributed
in the graphitic carbon layers, … number of active sites (N-doped carbon and defects). As a …

… N 2 adsorption–desorption isotherm exhibits a typical mode … micropore size is 1.2 nm, while
the mesopore sizes distribute … the Se-doped carbon nanosheets with a hierarchically micro-, …

… and highly effective electromagnetic wave absorbers. … EMA mechanism of N-doped carbon
nanosheets has been … the pore size distribution of the NGs mainly ranges in mesoporous and …

… self-assembly, and (4) solvent-free method. Next, we detail the catalytic applications of
NOMCs-based metal-free, metal-nanoparticle, and single-atom catalysts across electrocatalysis …

… The composites of N-doped carbon with gC 3 N 4 having mesoporous … N-doped sheets
and Pt/C catalysts. This new strategy to design economical and highly efficient N-doped carbon …

… Further doping other heteroatoms is an efficient strategy to … distributed on the carbon
nanosheets according to the typical … a novel 3D metal-free N, S co-doped carbon catalyst CNS …

… or N-doping carbon rings, and amorphous and defective … heteroatom-doping has also
been verified as an effective strategy … carbon nanosheets possess plentiful micropores/mesopores …

… high EM wave absorption with a minimum reflection loss (RL min ) of −45.2 dB and an effective
… 7 Co 3 /ZnO nanosheets, revealing superior EM wave absorption with an RL min value of …

… metal-free carbon nanofibres as an effective catalyst for CO 2 RR in ionic liquid, several
other references on N-doped carbon catalysts fabricated via different C, N-… its mesoporous …