What people are saying - Write a review
We haven't found any reviews in the usual places.
METHANE FUGACITYPRESSURE CORRELATION FOR HYDROGEN ATTACK_
4 other sections not shown
alloy attacked specimens autoclave B*+g back stress behavior carbon activity carbon diffusion carbon steel cc/gm cc/hr cementite compressibility factor constant decarburization decrease density loss different temperatures equilibrium methane pressure equilibrium value experimental exposure failure criterion fissures formation fugacity and pressure gas extraction GBD and PLC Grabke grain boundary diffusion grain size growth mechanism growth of methane high temperature hydrogen attack hydrogen pressure region hydrostatic stress ideal gas law incipient attack curves incipient curves increase incubation period kinetics low temperature Mckimpson measured methane bubble methane fugacity methane generation rate methane production methane reaction microstructures of attacked Mo steel model calculation mole/cc Nelson curve nucleation observed obtained parameters pearlitic PLC predominates power law R.E. Allen rate equation rate of methane reexposure regime region of Nelson result spherical cavities stage swaged temperature theoretical vacuum extraction void density void expansion rates void growth rate Weiner(3