Thermal shock test of neutron irradiated carbon fiber reinforced carbon composites with OHBIS

Uda, Minoru*; Ishitsuka, Etsuo; Sato, Kazuyoshi; Akiba, Masato; *; Kawamura, Hiroshi

Phys. Scr., T81, p.98 - 100, 1999/00

https://doi.org/10.1238/Physica.Topical.081a00098

no abstracts in English

High temperature thermomechanical characterization by thermal shock tests on C/C composites for nuclear applications

; M.Roeding*;

Proc. of the 12th Int. Conf. on Structural Mechanics in Reactor Technology,Vol. SD; SMiRT 12, p.267 - 272, 1993/00

no abstracts in English

Development of ceramic liner for FBR building

Himeno, Yoshiaki; Morikawa, Satoshi; Kawada, Koji; Yorita, E.*; Fujiwara, T.*; Kaneshige, T.*; Irie, S.*

PNC TN9410 91-092, 11 Pages, 1991/01

PNC-TN9410-91-092.pdf:1.53MB

To develop a ceramic liner, a selection test of materials, an improvement test of selected material, and a feasibility test of the liner have been conducted.in the selection test, fifty commercially available high temperature cement and ceramics were subjected to thermal shock test (tst), sodium exposure test(set), and sodium flame exposure test (sfet). From test results, alumina/silicon-carbide (AlO-sic)mixture base castable refractory was selected in consideration of material cost, and material availability for a simpler liner construction in the buildings. The selected material was subjected to the improvement test. from the test, proper weight fractions of additives such as alumina cement and silica were determined. Drying conditions were also determined. Finally, a sodium burning pan made of concrete whose inner surfaces were covered with the improved AlO-sic base castable refractory was fabricated and was used for a sodium burning test.