Microstructure-dependent hydrogen diffusion and trapping in high-tensile steel

Physics & Astronomy

• hydrogen embrittlement 100%
• trapping 59%
• steels 56%
• hydrogen 47%
• microstructure 45%
• baking 44%
• hardening 31%
• cold rolling 30%
• austenite 25%
• quenching 20%
• carbides 16%
• hydrogen atoms 16%
• annealing 15%
• water 14%
• failure modes 10%
• edge dislocations 9%
• deterioration 9%
• cleavage 8%
• tensile strength 8%
• strain rate 7%
• slip 7%
• spacing 6%
• high speed 6%

Engineering & Materials Science

• Hydrogen embrittlement 99%
• Hydrogen 61%
• Microstructure 51%
• Steel 44%
• Hardening 31%
• Cold rolling 30%
• Quenching 26%
• Annealing 25%
• Atoms 17%
• Carbides 16%
• Water 13%
• Temperature 10%
• Delamination 8%
• Strain rate 7%
• Deterioration 7%
• Failure modes 7%
• Tensile strength 6%

Chemical Compounds

• Embrittlement 70%
• Diffusion 47%
• Hydrogen 39%
• Cold Rolling 27%
• Annealing 13%
• Slip Band 10%
• Hydrogen Atom 10%
• Crystal System 6%
• Tensile Strength 5%