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Effect of deposition temperature and post-heat-treatment condition on the characteristics of (100)-self-orientation LaNiO3 films prepared by RF magnetron sputter deposition
Takahashi K.1; Suzuki M.1; Oikawa T.1; Chen H.3; Funakubo H.1
2005
Source PublicationMaterials Research Society Symposium Proceedings
Volume833
Pages35-40
AbstractLa-Ni-O films were deposited at deposition temperature ranging from 250 to 540°C by rf magnetron sputter deposition. The effects of deposition temperature and the following heat-treatment condition on the constituent phases and characteristics of LaNiO films were investigated. LaNiO phase was obtained at the deposition temperature of 250 and 360°C, while La-rich phase of LaNiO was appeared above 540°C. Crystalline phases of resultant films after the following heat-treatment strongly depended on the partial pressure of oxygen gas in ambience, i.e., in case of the heat-treatment at 800°C, diffraction peaks originated from LaNiO phase disappeared on XRD patterns in pure nitrogen gas ambience, while impurity peaks of NiO appeared in oxygen-excess (>50%) ambience. As a result, LaNiO films with high crystallinity and the same lattice parameter as the bulk one were obtained in the deposition at 360°C followed by the heat-treatment at 700°C in air. © 2005 Materials Research Society.
URLView the original
Language英語English
Fulltext Access
Document TypeConference paper
CollectionUniversity of Macau
Affiliation1.Tokyo Institute of Technology
2.Japan Science and Technology Agency
3.City University of Hong Kong
Recommended Citation
GB/T 7714
Takahashi K.,Suzuki M.,Oikawa T.,et al. Effect of deposition temperature and post-heat-treatment condition on the characteristics of (100)-self-orientation LaNiO3 films prepared by RF magnetron sputter deposition[C], 2005, 35-40.
APA Takahashi K.., Suzuki M.., Oikawa T.., Chen H.., & Funakubo H. (2005). Effect of deposition temperature and post-heat-treatment condition on the characteristics of (100)-self-orientation LaNiO3 films prepared by RF magnetron sputter deposition. Materials Research Society Symposium Proceedings, 833, 35-40.
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