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Electrophysical properties and electric-degradation of lithium-containing ceramics

V.V. Tamuzhs, M.A. Dinduns, J.E. Tiliks, V.G. Vasilyev1991年Fusion Engineering and DesignIF 1.7出版社

AbstractThe paper is concerned with the studies of electrophysical parameters of lithium orthosilicate as a blanket material. AC and DC resistance values, dielectric constant and breakdown voltages over a range of temperatures 300–900 K are given. Breakdown process and electrolysis of the material are discussed. Electrolytic degradation mechanism of lithium silicate ceramics with respect to blanket operation conditions is considered. It has been proven that electrochemical decomposition of Li4SiO4, proceeds easily under the operation condition of a blanket (temperature about 800 K, strong influence of the radiation).

日本語訳

本論文は、ブランケット材料としてのオルソケイ酸リチウムの電気物理的特性に関する研究を扱っている。ACおよびDC抵抗値、誘電率、絶縁破壊電圧が温度範囲300~900 Kで示されている。破壊過程および材料の電解について考察されている。ブランケット運転条件(温度約800 K、放射線の強い影響)におけるケイ酸リチウムセラミックスの電解劣化メカニズムが検討されている。Li4SiO4の電気化学的分解は、ブランケットの運転条件下(温度約800 K、放射線の強い影響)で容易に進行することが実証されている。

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