A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Sintering-Powder Metallurgy - Controlling Properties of Sintered-Steel P-M Components Using Atmosphere - The composition of the sintering atmosphere is often overlooked as a variable that can optimize the sintered-steel properties of iron-carbon P-M components. The property effects of CO-containing atmospheres versus non-CO atmospheres are examined.
Sintering-Powder Metallurgy - Controlling Properties of Sintered-Steel P-M Components Using Atmosphere - The composition of the sintering atmosphere is often overlooked as a variable that can optimize the sintered-steel properties of iron-carbon P-M components. The property effects of CO-containing atmospheres versus non-CO atmospheres are examined.
Sintering-Powder Metallurgy - Controlling Properties of Sintered-Steel P-M Components Using Atmosphere - The composition of the sintering atmosphere is often overlooked as a variable that can optimize the sintered-steel properties of iron-carbon P-M components. The property effects of CO-containing atmospheres versus non-CO atmospheres are examined.
Philips, Thomas (author) / Dwyer, John J. / Zurecki, Zbigniew
Industrial heating ; 75
2008
Article (Journal)
Unknown
| British Library Online Contents | 2013
| British Library Online Contents | 2013
| British Library Online Contents | 2013
| British Library Online Contents | 2013
Sintering of Carbon Steel Components in Endothermic and Nitrogen-Hydrogen Atmospheres
| Online Contents | 1999