Lanthanides ( $^{151}$ Eu and $^{155}$ Gd)-Mssbauer spectroscopic study of defect-fluorite oxides coupled with new defect crystal chemistry model

Nakamura, Akio; Igawa, Naoki ; Okamoto, Yoshihiro ; Hinatsu, Yukio*; Wang, J.*; Takahashi, Masashi*; Takeda, Masuo*

Some latest coupled-analysis results of lanthanides (Lns) ( $^{151}$ Eu and $^{155}$ Gd)-Mssbauer structure and XRD lattice-parameter (a $_{0}$ ) data of defect-fluorite (DF) oxides with the new defect-crystal-chemistry (DCC) a $_{0}$ model have been presented. This is thus the first report of our ongoing efforts to further elaborate the DCC model and extend its applicability to more various systems including pyrochlore (P)-type stabilized zirconias and stabilized hafnias.

Language	:	English
Journal	:	Mssbauer Spectroscopy; Applications in Chemistry, Biology, and Nanotechnology
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Pages	:	p.71 - 94
Publication Year/Month	:	2013/10
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Paper URL	:	https://doi.org/10.1002/9781118714614.ch04
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Keywords	:	no keyword
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Registration No. : AA20110179
JAEA Abstracts No. : 42000093
Paper Submission No. : 13619

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Lanthanides (Eu and Gd)-Mssbauer spectroscopic study of defect-fluorite oxides coupled with new defect crystal chemistry model

Lanthanides ( $^{151}$ Eu and $^{155}$ Gd)-Mssbauer spectroscopic study of defect-fluorite oxides coupled with new defect crystal chemistry model