Optical Cavity Based on Porous Silicon Superlattice Technology
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概要
- 論文の詳細を見る
It is demonstrated that luminescent porous silicon (PS) is applicable to a vertical optical cavity which operates at wavelengths in the visible region. The PS device consists of a high-reflectivity thin Ag film, a light-emitting PS layer, and a quarter-wavelength multilayer reflector fabricated by precisely controlled PS superlattice (PSSL) technology. The reflectivity of a prepared PSSL mirror is higher than 90% at designed wavelengths. When excited by a UV laser, the device acts as a Fabry-Perot resonator. Based on experimental studies of emission spectra as a function of major design parameters (the number of PSSL pairs and the cavity length), the linewidth is significantly decreased to 6 meV in full width at half-maximum. The change in the linewidth with the cavity length is consistent with the behavior expected from a simplified theoretical analysis. These results confirm that PS is applicable for silicon-based photonic devices.
- INSTITUTE OF PURE AND APPLIED PHYSICSの論文
- 1996-02-28
著者
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Koshida Nobuyoshi
Division Of Electronic And Information Engineering Faculty Of Technology Tokyo University Of Agricul
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Koyama Hideki
Division Of Electronic And Information Engineering Faculty Of Technology Tokyo University Of Agricul
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ARAKI Minoru
Division of Electronic and Information Engineering, Faculty of Technology, Tokyo University of Agric
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Koshida Nobuyoshi
Division of Electronic and Information Engineering, Faculty of Technology, Tokyo University
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Araki Minoru
Division of Electronic and Information Engineering, Faculty of Technology, Tokyo University
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