Abstract
Recently, metal or semiconductor-doped glasses were widely studied because of their large resonant third-order nonlinearity. These glasses are utilized in an optical information field as all optical logic devices in the future. The gold-doped glass films or thin layers have a large third-order nonlinear susceptibility [chi] and are prepared by r.f. sputtering method, etc. The optical properties, particularly the refractive index or dielectric constant of the matrix, are very important for the optical nonlinearity of these materials. In this study, gold-dispersed BaTiO3 thin films and gold-dispersed SiO2 thin films are prepared using r.f. magnetron sputtering method, and the optical properties of the films are compared. The [chi] of the films are measured and the effect of the matrix of the films on [chi] is investigated. The headings in the paper are: Introduction, Experimental procedure, Results, Discussion, and Conclusion. 13 refs., 9 figs.
Kineri, T;
Mori, M;
[1]
Kadono, K;
Sakaguchi, T;
Miya, M;
Wakabayashi, H;
[2]
Tsuchiya, T
[3]
- TDK Corp., Tokyo (Japan). R and D Center
- Osaka National Research Inst., Osaka (Japan)
- Science Univ. of Tokyo, Tokyo (Japan). Faculty of Industrial Science and Technology
Citation Formats
Kineri, T, Mori, M, Kadono, K, Sakaguchi, T, Miya, M, Wakabayashi, H, and Tsuchiya, T.
Preparation and optical properties of gold-dispersed BaTiO3 thin films.
Japan: N. p.,
1993.
Web.
Kineri, T, Mori, M, Kadono, K, Sakaguchi, T, Miya, M, Wakabayashi, H, & Tsuchiya, T.
Preparation and optical properties of gold-dispersed BaTiO3 thin films.
Japan.
Kineri, T, Mori, M, Kadono, K, Sakaguchi, T, Miya, M, Wakabayashi, H, and Tsuchiya, T.
1993.
"Preparation and optical properties of gold-dispersed BaTiO3 thin films."
Japan.
@misc{etde_7072608,
title = {Preparation and optical properties of gold-dispersed BaTiO3 thin films}
author = {Kineri, T, Mori, M, Kadono, K, Sakaguchi, T, Miya, M, Wakabayashi, H, and Tsuchiya, T}
abstractNote = {Recently, metal or semiconductor-doped glasses were widely studied because of their large resonant third-order nonlinearity. These glasses are utilized in an optical information field as all optical logic devices in the future. The gold-doped glass films or thin layers have a large third-order nonlinear susceptibility [chi] and are prepared by r.f. sputtering method, etc. The optical properties, particularly the refractive index or dielectric constant of the matrix, are very important for the optical nonlinearity of these materials. In this study, gold-dispersed BaTiO3 thin films and gold-dispersed SiO2 thin films are prepared using r.f. magnetron sputtering method, and the optical properties of the films are compared. The [chi] of the films are measured and the effect of the matrix of the films on [chi] is investigated. The headings in the paper are: Introduction, Experimental procedure, Results, Discussion, and Conclusion. 13 refs., 9 figs.}
journal = []
volume = {101:1180}
journal type = {AC}
place = {Japan}
year = {1993}
month = {Dec}
}
title = {Preparation and optical properties of gold-dispersed BaTiO3 thin films}
author = {Kineri, T, Mori, M, Kadono, K, Sakaguchi, T, Miya, M, Wakabayashi, H, and Tsuchiya, T}
abstractNote = {Recently, metal or semiconductor-doped glasses were widely studied because of their large resonant third-order nonlinearity. These glasses are utilized in an optical information field as all optical logic devices in the future. The gold-doped glass films or thin layers have a large third-order nonlinear susceptibility [chi] and are prepared by r.f. sputtering method, etc. The optical properties, particularly the refractive index or dielectric constant of the matrix, are very important for the optical nonlinearity of these materials. In this study, gold-dispersed BaTiO3 thin films and gold-dispersed SiO2 thin films are prepared using r.f. magnetron sputtering method, and the optical properties of the films are compared. The [chi] of the films are measured and the effect of the matrix of the films on [chi] is investigated. The headings in the paper are: Introduction, Experimental procedure, Results, Discussion, and Conclusion. 13 refs., 9 figs.}
journal = []
volume = {101:1180}
journal type = {AC}
place = {Japan}
year = {1993}
month = {Dec}
}