The advantages and limitations of the technique of analytical electron microscopy of thin specimens for the investigation of the metal/oxide interface are summarised. Examples are given of the application of the technique of analytical electron microscopy to the study of the oxidation of ferritic, austenitic, and 20Cr–25Ni Nb stainless steels in CO/CO2.
MST/856
Get full access to this article
View all access options for this article.
References
1.
CLIFFG. and LORIMERG. W.: J. Microsc., 1975, 103, 203–207.
2.
LORIMERG. W.: in ‘Quantitative electron microscopy’, (ed. ChapmanJ. N. and CravenA. J.), 305-340; 1984, Glasgow, Scottish Summer School in Physics.
3.
WILLIAMSD. B.: ‘Practical analytical electron microscopy in materials science’; 1984, Mahwah, NJ, Electron Optics Publishing Group.
4.
MANNINGM. I. and ROWLANDSP. C.: Br. Corros. J., 1980, 15, (4), 184–189.
5.
NEWCOMBS. B. and STOBBSW. M.: in ‘Electron microscopy and analysis 1981’, (ed. GoringeM. J.), 137-146; 1982, Bristol, The Institute of Physics.
6.
CASTLEP. J. and SMALLMANR. E.: Corros. Sci., 1984, 24, 99–120.
7.
NEWCOMBS. B., BOOTHROYDC. B., and STOBBSW. M.: J. Microsc.,1985, 140, 195-208.
8.
TINKERM. and LABUNP. A.: Oxid. Met., 1982,18, (1/2), 27–40.
9.
Mater. Sci. Technol.,1987, 3, (7).
10.
BANKSP. J., LORIMERG. W., NOLANP. J., LISTERS. K., and GARRETTJ. C. P.: in ‘Materials to satisfy the energy demand’, (ed. HawboltE. B. and MitchellA., 231-256; 1981, Metals Park, OH, ASM.
11.
NEWCOMBS. B. and STOBBSw. M.: Mater. Sci. Technol., this volume, 384-390.
12.
GARRETTJ. C. P., ANGELLM. G., and WHITTAKERA.: in ‘Gas-cooled reactors today’, 231-239; 1982, London, British Nuclear Energy Society.
13.
BENNETTM. J., DESPORTJ. A., and LABUNP. A.: Oxid. Met., 1984,22, (5/6), 291–306.