References:H. Alsmeyer, et al., "Test Report of the Melt Spreading Tests ECOKATS-V1 and ECOKATS-1", FZKA 7064, SAM-ECOSTAR-D15, Nov. 2004
https://publikationen.bibliothek.kit.edu/270059326
H. Alsmeyer, et al., “ECOKATS-2: A large scale experiment on melt spreading and subsequent cooling by top flooding”, Proceedings #4134, ICAPP'04, Pittsburgh USA, June 2004
H. Alsmeyer, et al., "Experiment ECOKATS-2 On Melt Spreading and Subsequent Top Flooding, Test and Data Report", FZKA 7084, SAM-ECOSTAR-D14/D16 D39/D40, Jan. 2005
https://publikationen.bibliothek.kit.edu/270060421
J.J. Foit, “Large-scale ECOKATS experiments: Spreading of oxide melt on ceramic and concrete surfaces”, Nuclear Engineering and Design 236 (2006) 2567–2573
https://www.sciencedirect.com/science/article/pii/S0029549306001865
“Ex-vessel Core Melt Stabilization Research ECOSTAR”, Final report, EU Contact No. FIKS-CT1999-00003
Spengler, C., Allelein, H.-J., Spindler, B., Veteau, J.M., Foit, J.J., Alsmeyer, H., Artnik, J., 2004. Blind benchmark calculations for melt spreading in the ECOSTAR Project, Proc. Int. Congress Advances nucl. Power Plants (ICAPP’04), Pittsburgh, PA.
Comments: Contributed By: T. Keim/M. Fischer
C. Journeau"
;SPREADING- (SG);IABG- Spreading tests;Al-FeOx thermit generators with collection device, spreading on dry and wet surfaces, area 1m*1m;Framatome GmbH ;Various experiments varying substratum (concrete, ceramic), melt tem
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