In-situ electrochemical study of plasma electrolytic oxidation treated Zr3Al based alloy in 300°C/14 MPa lithium borate buffer solution

A relationship between abnormal electrical properties in non-ferrous alloys and phase equilibrium diagrams

“…По данным ряда авторов, в сплавах системы Al -Zr выявлены 6 видов наночастиц промежуточных фаз, таких как Zr 3 Al [38,39], Zr 2 Al [40], Zr 5 Al 3 [41], Zr 3 Al 2 [42], Zr 4 Al 3 [43] и ZrAl [44][45][46]. Дополнительное легирование иттрием приводит к ускорению кинетики выделения дисперсоидов фазы Al 3 Zr и формированию частиц фазы Al 3 (Zr, Y) размерами 50-80 нм [38].…”

One-step plasma electrolytic oxidation for TiO 2 /SnO 2 film as LIB anode

“…Plasma electrolytic oxidation (PEO, also called micro-arc oxidation) technology is widely used to prepare oxide ceramic films on Al, Mg, Ti, Zr, and their alloys to enhance the wear resistance, corrosion resistance, biocompatibility, and photocatalytic performance [14][15][16][17][18]. It is a plasma electrolysis process under atmospheric pressure in the ambient aqueous solution, where plasma is sustained by a continuous discharge near the electrode after the dielectric layer is broken down under critical voltage [19,20].…”