Functionalization of hexagonal boron nitride in large scale by a low-temperature oxidation route

Simultaneous oxygen and boron trifluoride functionalization of hexagonal boron nitride: a designer cathode material for energy storage

“…Theoretical studies of ozone absorption on h-BN also indicate the possibility of epoxy group formation on its surface [27]. Long exposure of h-BN to heating in air at a moderately high temperature of 600 o C results in surface coverage by oxygen species with additional boric oxide formation [36].…”

Enhanced through‐plane thermal conductivity of polypropylene composite using boron nitride/SiO2/glass fiber

“…Oxidation or hydroxylation of h‐BN in air has been reported. [ 20,23–26 ] Li et al found that oxidation of h‐BN occurred at 850°C. [ 25 ] Even though the thermodynamic reaction temperature between h‐BN and oxygen is above 800°C, oxidation of h‐BN at 600°C has been reported due to some defects on the surface of h‐BN during the initial stage of oxidation.…”

“…[ 25 ] Even though the thermodynamic reaction temperature between h‐BN and oxygen is above 800°C, oxidation of h‐BN at 600°C has been reported due to some defects on the surface of h‐BN during the initial stage of oxidation. [ 24 ]…”

Preparation of Cobalt Ferrite Nanoparticle-Decorated Boron Nitride Nanosheet Flame Retardant and Its Flame Retardancy in Epoxy Resin

“…Corresponding Raman spectra in Fig. 2(b) indicate that BNNS exhibits a strong Raman peak around 1365 cm À1 , belong to E 2g vibrational mode of h-BN 28 ; and the new vibrational modes for CFN-BNNS nanomaterial at 309 cm À1 , 470 cm À1 , and 690 cm À1 belong to E 3g , T 2g and A 2g vibrational modes of CFN. 29 Moreover, the full width at half-maximum (FWHM) of the E 2g vibrational mode of BNNS in CFN-BNNS is broader than that of bare BNNS, which could be attributed to the strong surface scattering after hydrothermal reaction.…”