Characterization of the nitridation process of boric acid

Tunable porous boron nitride: Investigating its formation and its application for gas adsorption

“…The higher boron content was probably due to the higher volatility of the nitrogen precursor. Based on the peak fit, the oxygen impurities were assigned to boronoxynitride BO x N y species, with a binding energy of 192.5 eV, which concurs with the previous findings [40]. The boronoxynitride was probably part of the crystal lattice within the BN layers or at the edges of these layers.…”

“…7 and Fig. S3, the main peak, (Figure 7, B 1s, peak [2]), at binding energies of 192.7-192.9 eV, is in good agreement with the literature value for boric acid [40]. Urea was also present as indicated by the main peak (Fig.…”

“…S5). The spectrum of INT-0-250 shows the typical h-BN bands at 775 and 1390 cm -1 , as previously reported by Gouin et al [40].…”

Preparation and functionalization of boron nitride containing carbon nanohorns for boron neutron capture therapy

“…Here, we presume that the distance between the BN layer and the surface layer of the GLS or nanohorn tubule wall was similar to the GLS layer distances. h-BN has a (0 0 2) diffraction peak at about 27° [25], which was not obvious in the XRD data of Fig. 3, suggesting bulk BN crystals were not likely included in the BN-CNHs.…”

High temperature dielectric properties of (BxNyOz) thin films deposited using ion source assisted physical vapor deposition

“…Milan et al 4 reported the presence of BNO, when they heated a mixture of boric acid and urea, in varying ratios. Gouin et al 5 thermally nitrided boric acid with ammonia at different temperatures to form BNO. Chen et al first reported the synthesis of BNO as a compound by low frequency rfplasma enhanced metal organic chemical vapor deposition technique in the year 2000.…”