Wettability of TiN by Liquid Iron and Steel

Effect of the Ti, Al Contents on the Inclusion Characteristics in Steels with TiO2 and TiN Particle Additions

“…As for the TiN case, our previous study focusing on the wettability of TiN by liquid steel shows that the strong wetting behavior is due to the effects of the oxygen content and the slight precipitation of a Ti(N,C,O) phase. Also, the melting points of TiN and TiC are quite high, which in turn, cannot lead to a creation of a liquid‐capillary force.…”

“…In addition, it was also found that the Hamaker constant, A 121 is clearly related to the adhesion work between liquid Fe and the inclusion material. Thus, it is also related to the contact angle between liquid Fe and the inclusion material, as is shown in Figure .…”

Investigations on structural, elastic, thermodynamic and electronic properties of TiN, Ti2N and Ti3N2 under high pressure by first-principles

“…Yin et al [23] conducted a systematic first-principles investigation of ideal tensile stress and fracture behaviors of the TiN/VN interface. Xuan et al [24] studied the making of TiN substrate with a high relative density and a low surface roughness. However, most of their studies focus on the stoichiometric rock-salt TiN, and there are a few studies of non-stoichiometric titanium nitrides.…”

Wettability of Al₂O₃, MgO and Ti₂O₃ by Liquid Iron and Steel

“…5) According to Fig. 1, the sample is heated up through quartz plates by two halogen lamps at a 100 K/min heating rate and under an Ar protected atmosphere.…”