Data on structural and composition-related merits of gC(3)N(4) nanofibres doped and undoped with Au/Pd at the atomic level for efficient catalytic CO oxidation

Precise design of graphitic carbon nitride (gC(3)N(4)) nanostructures is of grand importance in different catalytic applications. This article emphasizes additional data on the fabrication of metal-free gC(3)N(4) nanofibres (gC(3)N(4)NFs) and its associated structural and composition analysis compared with Au/Pd co-doped gC(3)N(4) nanofibres (Au/Pd/gC(3)N(4)NFs). The data is including the typical fabrication process of metal-free gC(3)N(4) nanofibers and its SEM, TEM, and element mapping analysis beside Raman, and FTIR spectra relative to Au/Pd/gC(3)N(4)NFs. We also investigated the catalytic CO oxidation durability testes on Au/Pd/gC(3)N(4)NFs compared to Pd/gC(3)N(4)NFs and Au/gC(3)N(4)NFs. The presented data are associated with the research article entitled “Rational synthesis of one-dimensional carbon nitride-based nanofibers atomically doped with Au/Pd for efficient carbon monoxide oxidation.” [1].