Synthesis and characterization of Sb2O3 nanoparticles by liquid phase method under acidic condition

Performance optimization of epoxy resin(EP) modified by phenolic and effect on the tribological properties and corrosion ofMoS2 + Sb2O3/EPcomposite coating for ultra‐long wear life and good corrosion resistance

“…37‐1492), and the diffraction peaks at 2θ around 14.4°, 27.8°, 32.8°, 46.5°, and 54.8° belonged to (111), (222), (400), (440), and (622) crystal planes of Sb 2 O 3 , which is in accordance with JCPDS No. 05–0534 45,46 . The phenomenon indicates that the good mechanical properties of resin as a continuous phase in 3#coating are beneficial to improve the strength and tribological properties of the coating.…”

“…05-0534. 45,46 The phenomenon indicates that the good mechanical properties of resin as a continuous phase in 3#coating are beneficial to improve the strength and tribological properties of the coating. Furthermore, MoS 2 + Sb 2 O 3 fillers are wrapped tightly by the dense and uniform three-dimensional network structure formed during crosslinking and curing of the resin, which ensures MoS 2 + Sb 2 O 3 fillers playing a maximum role to improve the bearing capacity and wear resistance of the coating during the whole friction process, resulting that the coating still does not fail although sliding 8 h. Spectroscopic analysis of the worn surface both on Vee block and test pin for 3#coating after running 8 h revealed the following chemical species to further analyze the tribological mechanism of 3#coating (Figure 10).…”