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Keramikmaterial und Kondensator
Keramikmaterial mit einer Perowskitstruktur dargestellt durch Formel (1): (1 – x)ABO3 – xYZO3 (1)wobei „A” in der Formel (1) Ba2+ ist, „B” in der Formel (1) Ti4+ ist, „Y” in der Formel (1) Bi3+ ist, „Z” in der Formel (1) eine Kombination aus Mg2+ und Nb5+ ist und „x” in der Formel (1) eine reelle Zahl ist, die größer oder gleich 0,1 und kleiner als 1 (0,1 ≤ x < 1) ist.
A ceramic material has a perovskite structure and is represented by formula of (1−x)ABO3-xYZO3. In the formula, “x” is a real number that is greater than 0 and is less than 1 each of “A,” “B,” “Y,” and “Z” is one or more kinds selected from a plurality of metal ions M other than a Pb ion and alkali metal ions, “A” is bivalent, “B” is tetravalent, “Y” is trivalent or combination of trivalent metal ions, and “Z” is bivalent and/or trivalent metal ions, or a bivalent and/or pentavalent metal ions.
Keramikmaterial und Kondensator
Keramikmaterial mit einer Perowskitstruktur dargestellt durch Formel (1): (1 – x)ABO3 – xYZO3 (1)wobei „A” in der Formel (1) Ba2+ ist, „B” in der Formel (1) Ti4+ ist, „Y” in der Formel (1) Bi3+ ist, „Z” in der Formel (1) eine Kombination aus Mg2+ und Nb5+ ist und „x” in der Formel (1) eine reelle Zahl ist, die größer oder gleich 0,1 und kleiner als 1 (0,1 ≤ x < 1) ist.
A ceramic material has a perovskite structure and is represented by formula of (1−x)ABO3-xYZO3. In the formula, “x” is a real number that is greater than 0 and is less than 1 each of “A,” “B,” “Y,” and “Z” is one or more kinds selected from a plurality of metal ions M other than a Pb ion and alkali metal ions, “A” is bivalent, “B” is tetravalent, “Y” is trivalent or combination of trivalent metal ions, and “Z” is bivalent and/or trivalent metal ions, or a bivalent and/or pentavalent metal ions.
Keramikmaterial und Kondensator
MALHAN RAJESH KUMAR (author) / SUGIYAMA NAOHIRO (author) / NOGUCHI YUJI (author) / MIYAYAMA MASARU (author)
2017-03-02
Patent
Electronic Resource
German
| European Patent Office | 2018