Thermodynamic study of δ-Ni3Nb, nucleation phase γ and transformation phase γ″ under high pressure: First-principles calculations

Cheng, Mingluo; Liang, Minjie; Liao, Haihong

doi:10.1016/j.physb.2022.414087

Physica B: Condensed Matter

2022

DOI: 10.1016/j.physb.2022.414087

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Thermodynamic study of δ-Ni3Nb, nucleation phase γ and transformation phase γ″ under high pressure: First-principles calculations

Mingluo Cheng

Minjie Liang

Haihong Liao

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Thermodynamic study of δ-Ni3Nb, nucleation phase γ and transformation phase γ″ under high pressure: First-principles calculations

Cited by 3 publications

References 22 publications

Porosity suppression of nickel-based superalloy by modulated base temperature in laser welding and mechanism analysis

Porosity suppression of nickel-based superalloy by modulated base temperature in laser welding and mechanism analysis

Tailoring the hydrogenated mechanism of Pt3Al from first-principles investigation

Adjusting the balance between strength and ductile of the tetragonal TiAl₃ alloy: a first-principles investigation

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Thermodynamic study of δ-Ni3Nb, nucleation phase γ and transformation phase γ″ under high pressure: First-principles calculations

Cited by 3 publications

References 22 publications

Porosity suppression of nickel-based superalloy by modulated base temperature in laser welding and mechanism analysis

Porosity suppression of nickel-based superalloy by modulated base temperature in laser welding and mechanism analysis

Tailoring the hydrogenated mechanism of Pt3Al from first-principles investigation

Adjusting the balance between strength and ductile of the tetragonal TiAl3 alloy: a first-principles investigation

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Product

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Adjusting the balance between strength and ductile of the tetragonal TiAl₃ alloy: a first-principles investigation