LEDIA2024 » Oral Presentation

UV devices (2)

2024年4月24日(水) 15:15 〜 16:00 211+212 (Pacifico Yokohama Conference Center)

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15:15 〜 15:30

[LEDIA3-01] Characteristics of optical pumped AlGaN-based UV-B lasers on AlGaN
templates grown on TMAH wet-etched periodic AlN nanopillars

*Yoshinori Imoto¹, Rintaro Miyake¹, Ryosuke Kondo¹, Ryoya Yamada¹, Toma Nishibayashi¹, Eri Matsubara¹, Takumu Saito¹, Shundai Maruyama¹, Yusuke Sasaki¹, Sho Iwayama¹, Satoshi Kamiyama¹, Tetsuya Takeuchi¹, Hideto Miyake², Motoaki Iwaya¹ (1. Meijo University, 2. Mie University)

15:30 〜 15:45

[LEDIA3-02] Aperture dimeter dependences of highly efficient GaN VCSELs with well-controlled cavity lengths

*Mitsuki Yanagawa¹, Ruka Watanabe¹, Kenta Kobayashi¹, Taichi Nisikawa¹, Tetsuya Takeuchi¹, Satoshi Kamiyama¹, Motoaki Iwaya¹ (1. Meijo University)

15:45 〜 16:00

[LEDIA3-03] Epitaxial growths of highly efficient GaN VCSELs with in situ cavity length control and GaInN underlaying layers

*Taichi Nishikawa¹, Kenta Kobayashi¹, Ruka Watanabe¹, Mitsuki Yanagawa¹, Tetsuya Takeuchi¹, Satoshi Kamiyama¹, Motoaki Iwaya¹ (1. Meijo University)

セッション情報

UV devices (2)

[LEDIA3-01] Characteristics of optical pumped AlGaN-based UV-B lasers on AlGaN
templates grown on TMAH wet-etched periodic AlN nanopillars

[LEDIA3-02] Aperture dimeter dependences of highly efficient GaN VCSELs with well-controlled cavity lengths

[LEDIA3-03] Epitaxial growths of highly efficient GaN VCSELs with in situ cavity length control and GaInN underlaying layers

認証

セッション情報

UV devices (2)

[LEDIA3-01] Characteristics of optical pumped AlGaN-based UV-B lasers on AlGaN templates grown on TMAH wet-etched periodic AlN nanopillars

[LEDIA3-02] Aperture dimeter dependences of highly efficient GaN VCSELs with well-controlled cavity lengths

[LEDIA3-03] Epitaxial growths of highly efficient GaN VCSELs with in situ cavity length control and GaInN underlaying layers

認証

[LEDIA3-01] Characteristics of optical pumped AlGaN-based UV-B lasers on AlGaN
templates grown on TMAH wet-etched periodic AlN nanopillars