Abstract
Based on experimental results, it is shown that the formation of a protective magnetite layer in sodium-heated steam generators - operated with neutral demineralized water - proceeds very fast. The stability of the magnetite layer is excellent even at sudden load changes and at the start-up or shut-down operation. (author)
Citation Formats
Buescher, E, Haubold, W, Jansing, W, and Vinzens, K.
Experimental investigations on waterside corrosion problems of sodium-heated steam generators.
IAEA: N. p.,
1975.
Web.
Buescher, E, Haubold, W, Jansing, W, & Vinzens, K.
Experimental investigations on waterside corrosion problems of sodium-heated steam generators.
IAEA.
Buescher, E, Haubold, W, Jansing, W, and Vinzens, K.
1975.
"Experimental investigations on waterside corrosion problems of sodium-heated steam generators."
IAEA.
@misc{etde_20107704,
title = {Experimental investigations on waterside corrosion problems of sodium-heated steam generators}
author = {Buescher, E, Haubold, W, Jansing, W, and Vinzens, K}
abstractNote = {Based on experimental results, it is shown that the formation of a protective magnetite layer in sodium-heated steam generators - operated with neutral demineralized water - proceeds very fast. The stability of the magnetite layer is excellent even at sudden load changes and at the start-up or shut-down operation. (author)}
place = {IAEA}
year = {1975}
month = {Jul}
}
title = {Experimental investigations on waterside corrosion problems of sodium-heated steam generators}
author = {Buescher, E, Haubold, W, Jansing, W, and Vinzens, K}
abstractNote = {Based on experimental results, it is shown that the formation of a protective magnetite layer in sodium-heated steam generators - operated with neutral demineralized water - proceeds very fast. The stability of the magnetite layer is excellent even at sudden load changes and at the start-up or shut-down operation. (author)}
place = {IAEA}
year = {1975}
month = {Jul}
}