Fabrication of inverse opal with TiO2 for waveguide application

Lusi Safriani; Kazuya Takayama; Bin Cai; Kyoji Komatsu; Okihiro Sugihara; Daisuke Nagao; Mikio Konno; Toshikuni Kaino

Fabrication of inverse opal with TiO₂ for waveguide application

Lusi Safriani, Kazuya Takayama, Bin Cai, Kyoji Komatsu, Okihiro Sugihara, Daisuke Nagao, Mikio Konno, Toshikuni Kaino

ENG - Chemical Engineering

Research output: Contribution to conference › Paper › peer-review

Abstract

Photonic crystal having complete band gap can be obtained from inverse opal material. We fabricated complete band gap of inverse opal from the high refractive index contrast between the infiltrated TiO₂ and the porous. Inverse opal was fabricated by infiltration of the interstitial space of assemble polystyrene colloidal particles and then calcinations to remove the colloidal particles. The method of producing the inverse opal TiO₂ and the possibility to use this material in waveguide application will be further investigated.

Original language	English
Pages	4799-4800
Number of pages	2
Publication status	Published - 2006 Dec 1
Event	55th Society of Polymer Science Japan Symposium on Macromolecules - Toyama, Japan Duration: 2006 Sep 20 → 2006 Sep 22

Other

Other	55th Society of Polymer Science Japan Symposium on Macromolecules
Country	Japan
City	Toyama
Period	06/9/20 → 06/9/22

Keywords

Inverse opal
Photonic band gap
TiO

ASJC Scopus subject areas

Engineering(all)

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Fabrication of inverse opal with TiO₂ for waveguide application. / Safriani, Lusi; Takayama, Kazuya; Cai, Bin; Komatsu, Kyoji; Sugihara, Okihiro; Nagao, Daisuke; Konno, Mikio; Kaino, Toshikuni.

2006. 4799-4800 Paper presented at 55th Society of Polymer Science Japan Symposium on Macromolecules, Toyama, Japan.

Research output: Contribution to conference › Paper › peer-review

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abstract = "Photonic crystal having complete band gap can be obtained from inverse opal material. We fabricated complete band gap of inverse opal from the high refractive index contrast between the infiltrated TiO2 and the porous. Inverse opal was fabricated by infiltration of the interstitial space of assemble polystyrene colloidal particles and then calcinations to remove the colloidal particles. The method of producing the inverse opal TiO2 and the possibility to use this material in waveguide application will be further investigated.",

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author = "Lusi Safriani and Kazuya Takayama and Bin Cai and Kyoji Komatsu and Okihiro Sugihara and Daisuke Nagao and Mikio Konno and Toshikuni Kaino",

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AU - Safriani, Lusi

AU - Takayama, Kazuya

AU - Cai, Bin

AU - Komatsu, Kyoji

AU - Sugihara, Okihiro

AU - Nagao, Daisuke

AU - Konno, Mikio

AU - Kaino, Toshikuni

PY - 2006/12/1

Y1 - 2006/12/1

N2 - Photonic crystal having complete band gap can be obtained from inverse opal material. We fabricated complete band gap of inverse opal from the high refractive index contrast between the infiltrated TiO2 and the porous. Inverse opal was fabricated by infiltration of the interstitial space of assemble polystyrene colloidal particles and then calcinations to remove the colloidal particles. The method of producing the inverse opal TiO2 and the possibility to use this material in waveguide application will be further investigated.

AB - Photonic crystal having complete band gap can be obtained from inverse opal material. We fabricated complete band gap of inverse opal from the high refractive index contrast between the infiltrated TiO2 and the porous. Inverse opal was fabricated by infiltration of the interstitial space of assemble polystyrene colloidal particles and then calcinations to remove the colloidal particles. The method of producing the inverse opal TiO2 and the possibility to use this material in waveguide application will be further investigated.

KW - Inverse opal

KW - Photonic band gap

KW - TiO

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T2 - 55th Society of Polymer Science Japan Symposium on Macromolecules

Y2 - 20 September 2006 through 22 September 2006

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