Intrinsic and magnetic impurity induced 'ANTPOT.19 F' nuclear magnetic relaxation in the superionic 'K IND.0.4' 'BI IND.0.6' 'F IND.2.2' (1986)
- Authors:
- USP affiliated authors: PANEPUCCI, HORACIO CARLOS - IFSC ; OLIVEIRA, LUIZ NUNES DE - IFSC ; GONZALEZ, JOSE PEDRO DONOSO - IFSC
- School: IFSC
- Subject: FÍSICA
- Language: Português
- Source:
- Título do periódico: Journal of Physics C
- Volume/Número/Paginação/Ano: v.19, n.7 , p.967-74, mar. 1986
-
ABNT
DONOSO, José Pedro; OLIVEIRA, Luiz Nunes de; PANEPUCCI, Horácio Carlos; CASSANHO, A; GUGGENHEIM, H. Intrinsic and magnetic impurity induced 'ANTPOT.19 F' nuclear magnetic relaxation in the superionic 'K IND.0.4' 'BI IND.0.6' 'F IND.2.2'. Journal of Physics C[S.l.], v. 19, n. 7 , p. 967-74, 1986. -
APA
Donoso, J. P., Oliveira, L. N. de, Panepucci, H. C., Cassanho, A., & Guggenheim, H. (1986). Intrinsic and magnetic impurity induced 'ANTPOT.19 F' nuclear magnetic relaxation in the superionic 'K IND.0.4' 'BI IND.0.6' 'F IND.2.2'. Journal of Physics C, 19( 7 ), 967-74. -
NLM
Donoso JP, Oliveira LN de, Panepucci HC, Cassanho A, Guggenheim H. Intrinsic and magnetic impurity induced 'ANTPOT.19 F' nuclear magnetic relaxation in the superionic 'K IND.0.4' 'BI IND.0.6' 'F IND.2.2'. Journal of Physics C. 1986 ;19( 7 ): 967-74. -
Vancouver
Donoso JP, Oliveira LN de, Panepucci HC, Cassanho A, Guggenheim H. Intrinsic and magnetic impurity induced 'ANTPOT.19 F' nuclear magnetic relaxation in the superionic 'K IND.0.4' 'BI IND.0.6' 'F IND.2.2'. Journal of Physics C. 1986 ;19( 7 ): 967-74. - Proton nuclear magnetic relaxation study of hydrated 'NA'-'BETA''-alumina
- Estudo termogravimétrico e de ressonância magnética nuclear da hidratação em 'NA'-'BETA'-alumina
- Energia de formação de defeitos no condutor superiônico 'K IND.O,39' 'BI IND.0,61' 'F IND.2,2'
- Estudo termogravimetrico e de ressonancia magnetica nuclear da hidratacao em 'NA'-beta''-alumina
- Relaxação nuclear intrínseca do 'ANTPOT.19 F' no condutor superiônico 'K IND.0,36' 'BI IND.0,64''F IND. 2,22'
- Intrinsic and magnetic impurity induced 'ANTPOT.19 F' nuclear magnetic relaxation in the superionic conductor 'K IND.0.4''BI IND.0.6''F IND.2.2'
- Nmr and ir study of water effects of lithium salt-peo complexes
- 'ANTPOT.19 F' nuclear relaxation study of the fluorite system 'PB IND.0.84''BI IND.0.16''F IND.2.16'
- 'ANTPOT.19 F' nuclear relaxation study of the fluorite system: 'Pb IND.0.84''Bi IND.0.16''F IND.2.16'
- Nuclear magnetic relaxation study of poly (ethylene oxide)-lithium salt based electrolytes
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