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Determination of the equivalent hydrogen fugacity during electrochemical charging of 3.5NiCrMoV steel
ArticleAbstract: A new thermal desorption spectroscopy (TDS) apparatus was used to identify the hydrogen trapping peaPalabras claves:A. steel, B. TDS, C. Hydrogen embrittlementAutores:Atrens A., CV Tapia-Bastidas, Depover T., Gray E.M.A., Liu Q., Venezuela J., Verbeken K., Zhang M., Zhou Q.Fuentes:googlescopusElectrochemical and mechanical aspects of hydrogen embrittlement evaluation of martensitic steels
Book PartAbstract: The electrochemical permeation technique allows characterization of the hydrogen fugacity during catPalabras claves:Cathodic hydrogen charging, Counter electrode, Ductile cup and cone fracture, Ductile microvoid coalescence, Electrochemical permeation technique, Fisheyes, Hydrogen fugacity, Hydrogen-assisted fracture, Macroscopically brittle shear fracture, Martensitic advanced high-strength steels, Martensitic quenched and tempered steel, MS 900-1400>MPa AHSS, Q&T 630-780MPa MS, Subcritical crack growthAutores:Atrens A., Christien F., CV Tapia-Bastidas, Gray E.M.A., Liu Q., Venezuela J., Verbeken K., Wolski K., Zhou Q.Fuentes:googlescopusEquivalent Hydrogen Fugacity during Electrochemical Charging of 980DP Steel Determined by Thermal Desorption Spectroscopy
ArticleAbstract: Thermal desorption spectroscopy (TDS) is used to analyze hydrogen in 980DP after (i) electrochemicalPalabras claves:hydrogen embrittlement, STEEL, TDSAutores:Atrens A., CV Tapia-Bastidas, Gray E.M.A., Liu Q., Venezuela J., Zhang M., Zhou Q.Fuentes:googlescopus