β Scribed by D. E. Coates; A. D. Dalvi
No coin nor oath required. For personal study only.
π SIMILAR VOLUMES
## Abstract The use of different experimental analysis methods allowed to evidence a rigorously parabolic law for oxidation of zirconium after an initially disturbed period which has been related to the oxide layer formation. The oxygen dissolution in the metal follows a parabolic law right from it
## Abstract In this study, the oxidation of the surface of a 50/50 (at.%) NiTi alloy was studied by XPS, AES and SEM. Samples of the NiTi alloy were oxidized at 23Β°C and high temperatures at an oxygen pressure of 10^β4^ Torr and in atmosphere. At 10^β4^ Torr of O~2~ and 23Β°C, titanium was oxidized
## An extension of the intermediate-model formalism is discussed, which applies to any scattering problem in which the entrance channel couples directly, not only to the doorway states but also to "compound-nucleus" states. A detailed expression for the average scattering amplitude is obtained, and