Abstract
For the developed compositionally gradient graphite material composed of surface SiC coating layer, middle SiC/C layer and graphite matrix, the thermal cyclic oxidation test was performed together with two kinds of the SiC coated graphite materials in air environment. It was made clear that the developed material exhibited high performance under severe thermal cyclic condition independent of the morphology of middle SiC/C layers and had the longer time or the more cycle margins from crack initiation to failure for surface SiC coating layer compared with the SiC coated graphite materials. (author).
Nakano, Junichi;
Fujii, Kimio;
Shindo, Masami
[1]
- Japan Atomic Energy Research Inst., Tokai, Ibaraki (Japan). Tokai Research Establishment
Citation Formats
Nakano, Junichi, Fujii, Kimio, and Shindo, Masami.
Thermal cyclic oxidation behavior of the developed compositionally gradient graphite material of SiC/C in air environment.
Japan: N. p.,
1993.
Web.
Nakano, Junichi, Fujii, Kimio, & Shindo, Masami.
Thermal cyclic oxidation behavior of the developed compositionally gradient graphite material of SiC/C in air environment.
Japan.
Nakano, Junichi, Fujii, Kimio, and Shindo, Masami.
1993.
"Thermal cyclic oxidation behavior of the developed compositionally gradient graphite material of SiC/C in air environment."
Japan.
@misc{etde_10110120,
title = {Thermal cyclic oxidation behavior of the developed compositionally gradient graphite material of SiC/C in air environment}
author = {Nakano, Junichi, Fujii, Kimio, and Shindo, Masami}
abstractNote = {For the developed compositionally gradient graphite material composed of surface SiC coating layer, middle SiC/C layer and graphite matrix, the thermal cyclic oxidation test was performed together with two kinds of the SiC coated graphite materials in air environment. It was made clear that the developed material exhibited high performance under severe thermal cyclic condition independent of the morphology of middle SiC/C layers and had the longer time or the more cycle margins from crack initiation to failure for surface SiC coating layer compared with the SiC coated graphite materials. (author).}
place = {Japan}
year = {1993}
month = {Aug}
}
title = {Thermal cyclic oxidation behavior of the developed compositionally gradient graphite material of SiC/C in air environment}
author = {Nakano, Junichi, Fujii, Kimio, and Shindo, Masami}
abstractNote = {For the developed compositionally gradient graphite material composed of surface SiC coating layer, middle SiC/C layer and graphite matrix, the thermal cyclic oxidation test was performed together with two kinds of the SiC coated graphite materials in air environment. It was made clear that the developed material exhibited high performance under severe thermal cyclic condition independent of the morphology of middle SiC/C layers and had the longer time or the more cycle margins from crack initiation to failure for surface SiC coating layer compared with the SiC coated graphite materials. (author).}
place = {Japan}
year = {1993}
month = {Aug}
}