What people are saying - Write a review
We haven't found any reviews in the usual places.
SCOPE AND EXPERIMENTAL PROGRAM
5 other sections not shown
192 hours exposure 24 hours alloy factors Alloy Multiple alloying element analysis argon Attack of Steel autoclave B-steel bainite bend angle bend specimen boron carbide forming tendency carbon content cent commercial 0.5 Mo-steel commercial Mo-steel commercial steel completely decarburized decarburized zone decrease ductility effect of hydrogen experimental steels exposure to hydrogen F. H. Vitovec ferrite Ferrovac fissures grain boundary segregate hardenabi1ity heat treatment high-purity steel hot-rolling Hydrogen at 1000°F hydrogen attack inconel tube ingot internal decarburization internal methane reaction investigation Iron Low alloy additions manganese melted 0.5 Mo-steel metallographic microstructure Mo-Norm molybdenum carbides Naumann Norm normalizing treatment nucleation P. C. Rosenthal pearlite phosphorus precipitate quenched and tempered rate of attack rate of hydrogen residual elements resistance to hydrogen retard Rosenthal and F. H. Si-steel silicon solid solution solution treatment specific gravity change spheroidal Steel Inst sulfur surface decarburization tensile Unexposed 2000X vacuum melted 0.5 yield strength