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博士論文

酸素欠損配列の制御による新規酸素透過・貯蔵材料および混合導電体の探索―Ba1-xLnxFeO3-δ, BaFe1-xLnxO3-δ(Ln=ランタノイド, Y)の結晶構造および物性評価

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DOI[10.15006/32665B7283]to the data of the same series

酸素欠損配列の制御による新規酸素透過・貯蔵材料および混合導電体の探索―Ba1-xLnxFeO3-δ, BaFe1-xLnxO3-δ(Ln=ランタノイド, Y)の結晶構造および物性評価

Persistent ID (NDL)
info:ndljp/pid/11498687
Material type
博士論文
Author
大木葉,隆司
Publisher
-
Publication date
2020-03-09
Material Format
Digital
Capacity, size, etc.
-
Name of awarding university/degree
日本大学,博士（理学）
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Digital

Material Type
博士論文
Title
酸素欠損配列の制御による新規酸素透過・貯蔵材料および混合導電体の探索―Ba1-xLnxFeO3-δ, BaFe1-xLnxO3-δ(Ln=ランタノイド, Y)の結晶構造および物性評価
Author/Editor
大木葉,隆司
Author Heading
大木葉,隆司
Publication Date
2020-03-09
Publication Date (W3CDTF)
2020-03-09
Alternative Title
Exploration of new oxygen permeation/storage material and mixed conductor by controlling arrangement of oxide ion vacancy―Evaluation of crystal structure and physical properties of Ba1-xLnxFeO3-δ, BaFe1-xLnxO3-δ(Ln=lanthanoid, Y)
Degree grantor/type
日本大学
Date Granted
2020-03-09
Date Granted (W3CDTF)
2020-03-09