Manypolaron interaction effects in semiconductor microstructures (1990)
- Authors:
- USP affiliated authors: HIPOLITO, OSCAR - IFSC ; DEGANI, MARCOS HENRIQUE - IFSC
- Unidade: IFSC
- Assunto: FÍSICA
- Language: Inglês
- Imprenta:
- Publisher: World Scientific
- Publisher place: New York
- Date published: 1990
- Source:
-
ABNT
HIPÓLITO, Oscar et al. Manypolaron interaction effects in semiconductor microstructures. Correlations in Electronic and Atomic Fluids. Tradução . New York: World Scientific, 1990. . . Acesso em: 15 nov. 2024. -
APA
Hipólito, O., Degani, M. H., Freitas, U., Studart, N., & Campos, V. B. (1990). Manypolaron interaction effects in semiconductor microstructures. In Correlations in Electronic and Atomic Fluids. New York: World Scientific. -
NLM
Hipólito O, Degani MH, Freitas U, Studart N, Campos VB. Manypolaron interaction effects in semiconductor microstructures. In: Correlations in Electronic and Atomic Fluids. New York: World Scientific; 1990. [citado 2024 nov. 15 ] -
Vancouver
Hipólito O, Degani MH, Freitas U, Studart N, Campos VB. Manypolaron interaction effects in semiconductor microstructures. In: Correlations in Electronic and Atomic Fluids. New York: World Scientific; 1990. [citado 2024 nov. 15 ] - IR emission by charge oscilattion in semiconductor heterostructures
- Polaron effects on excitons in GaAs-'Ga IND.1-x''Al IND.X'As quantum wells
- Electron-phonon effects on the ground impurity level in quasi-one-dimensional semiconductor heterostructures
- The polaronic state of a multi-electron dimple on the liquid helium film
- Impurity-shifted polaron energy in semimagnetic 'CD IND.1-X''MN IND.X' 'TE'-'CD''TE' quantum wells (pt.Ii)
- Temperature dependence of the polaron mass in a 'GA''AS'-'GA IND.1-X''AL IND.X''AS' quantum-well wire
- Excitation binding energy in 'GA''AS' - 'GA IND.1-X''AL IND.X' as quantum wells
- Modification of the electron-phonon interactions in gaas-gaalas heterojunctions
- Cyclotron resonance of interface polarons in semiconductor heterostructures
- Exchange and correlations effects in a semiconductor quantum-well wire
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