By John R. Weeks, Hugh S. Isaacs (auth.), Mars G. Fontana, Roger W. Staehle (eds.)
This sequence used to be equipped to supply a discussion board for assessment papers within the zone of corrosion. the purpose of those reports is to deliver sure components of corrosion technological know-how and know-how right into a sharp concentration. The volumes of this sequence are released nearly on a every year foundation and every comprises 3 to 5 reports. The articles in every one quantity are sekcted in the sort of approach as to be of curiosity either to the corrosion scientists and the corrosion technologists. there's, in reality, a selected goal in juxtaposing those pursuits end result of the value of mutual interplay and interdisciplinarity so vital in corrosion reports. it's was hoping that the corrosion scientists during this approach may perhaps remain abreast of the actions in corrosion expertise and vice versa. during this sequence the time period "corrosion" is utilized in its very broadest experience. It contains, as a result, not just the degradation of metals in aqueous en vironment but additionally what's often often called "high-temperature oxidation. " additional, the plan is to be much more normal than those issues; the sequence will contain all solids and all environments. at the present time, engineering solids contain not just metals yet glasses, ionic solids, polymeric solids, and composites of those. Environments of curiosity has to be prolonged to liquid metals, a wide selection of gases, nonaqueous electrolytes, and different non aqueous liquids.
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Additional info for Advances in Corrosion Science and Technology
As shown in Fig. 18, there is an increase in the surface concentra- 100 0 ~ ~ 800 UJ l- s 0:: UJ D.. r- :i" :::I o· ;:;: III "0 0 -6 -300 200 400 ~ 600 ~O DOWNSTREAM (LID) 1000 1200 Fig. 18. Weight change of specimens of type 316 stainless steel and X-ray fluorescence data from exposed surfaces as a function of LID after 300 hr exposure to Na containing less than 10 ppm oxygen. ·· -4 '7J. i. ~ N CD c· 3 _ . . . . . . _ - _ . . . . . . . . . . . . _ -. . . • • • u ! : - = :I) ___ ....
R- :i" :::I o· ;:;: III "0 0 -6 -300 200 400 ~ 600 ~O DOWNSTREAM (LID) 1000 1200 Fig. 18. Weight change of specimens of type 316 stainless steel and X-ray fluorescence data from exposed surfaces as a function of LID after 300 hr exposure to Na containing less than 10 ppm oxygen. ·· -4 '7J. i. ~ N CD c· 3 _ . . . . . . _ - _ . . . . . . . . . . . . _ -. . . • • • u ! : - = :I) ___ .... _ C ~ UJ 0:: 1000 ~ 1200 a. C 01 I ,i ( --... a. ______________________ -.. •.... '........
Zebroski et al. 43 describe the entrance effect as exponentially dropping off with LjD to a negligible amount at LjD = 100. In the BNL 100ps,42 the test section inlet is in the rising temperature portion of the loop, and the effects of rising temperature largely mask any entrance effects (at 22 fps Na) that may be present. Downstream Effects The downstream effect (DSE) results from a change in the chemical potential of one or more corroding species in the sodium as the sodium flows through an isothermal section of a circuit.
Advances in Corrosion Science and Technology by John R. Weeks, Hugh S. Isaacs (auth.), Mars G. Fontana, Roger W. Staehle (eds.)