1954
DOI: 10.1002/andp.19544490606
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Über die Halbleitereigenschaften des Kupferoxyduls. XI. Das Verhalten des Kupferoxyduls im Stabilitätsgebiet des Kupferoxyds

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Cited by 5 publications
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“…In the absence of detailed information, a typical value of ep-6 will be assumed for the low-frequency dielectric constant of such an insulating oxide. The stable oxide on the copper target will again be the oxygen-rich phase CuO (Anderson and Greenwood 1952, Blankenburg 1954, Bloem 1958. This is a semiconducting oxide with a resistivity of N 106 SZ m (Bloem 1958, Battacharyga andMukherjee 1972); no specific value is available for its dielectric constant, but from a comparison with that of the other semiconducting oxide Cu20 a value of E T N ~ would again seem appropriate.…”
Section: 2 Electrical Considerationsmentioning
confidence: 99%
“…In the absence of detailed information, a typical value of ep-6 will be assumed for the low-frequency dielectric constant of such an insulating oxide. The stable oxide on the copper target will again be the oxygen-rich phase CuO (Anderson and Greenwood 1952, Blankenburg 1954, Bloem 1958. This is a semiconducting oxide with a resistivity of N 106 SZ m (Bloem 1958, Battacharyga andMukherjee 1972); no specific value is available for its dielectric constant, but from a comparison with that of the other semiconducting oxide Cu20 a value of E T N ~ would again seem appropriate.…”
Section: 2 Electrical Considerationsmentioning
confidence: 99%