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Super Wide-Flat Beam Transmission over Scatter-prone...
Super Wide-Flat Beam Transmission over Scatter-prone Underwater Channel Using Twin Parallel Flat-Narrow Beams Generated by Aspheric Lens Pair-type Beam Shaper
published 1st of January, 2024
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@article{ishikawa2024,
title = {Super Wide-Flat Beam Transmission over Scatter-prone Underwater Channel Using Twin Parallel Flat-Narrow Beams Generated by Aspheric Lens Pair-type Beam Shaper},
author = {Tomoya Ishikawa and Ayumu Kariya and Fumiya Kobori and Keita Tanaka and Takahiro Kodama},
journal = {OFC},
year = {2024},
month = {Jan},
}
Tomoya Ishikawa et al. (2024). Super Wide-Flat Beam Transmission over Scatter-prone Underwater Channel Using Twin Parallel Flat-Narrow Beams Generated by Aspheric Lens Pair-type Beam Shaper. OFC.
Tomoya Ishikawa, et al.. "Super Wide-Flat Beam Transmission over Scatter-prone Underwater Channel Using Twin Parallel Flat-Narrow Beams Generated by Aspheric Lens Pair-type Beam Shaper." OFC, 2024.
Tomoya Ishikawa, et al.. "Super Wide-Flat Beam Transmission over Scatter-prone Underwater Channel Using Twin Parallel Flat-Narrow Beams Generated by Aspheric Lens Pair-type Beam Shaper." OFC (2024).
Tomoya Ishikawa et al., 2024. Super Wide-Flat Beam Transmission over Scatter-prone Underwater Channel Using Twin Parallel Flat-Narrow Beams Generated by Aspheric Lens Pair-type Beam Shaper. OFC.
TY - JOUR
TI - Super Wide-Flat Beam Transmission over Scatter-prone Underwater Channel Using Twin Parallel Flat-Narrow Beams Generated by Aspheric Lens Pair-type Beam Shaper
AU - Tomoya Ishikawa
AU - Ayumu Kariya
AU - Fumiya Kobori
AU - Keita Tanaka
AU - Takahiro Kodama
PY - 2024
JO - OFC
ER -
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