nkysdb: なかよし論文データベース
馬場 慧 様の 共著関連データベース
+(A list of literatures under single or joint authorship with "馬場 慧")
共著回数と共著者名 (a list of the joint author(s))
35: 馬場 慧
15: 荒木 英一郎
10: 竹尾 明子
9: 松本 浩幸
8: 西田 周平
4: 山下 裕亮, 山本 揚二朗, 有吉 慶介, 汐見 勝彦
3: 仲西 理子, 内山 敬介, 小平 秀一, 川真田 桂, 江本 賢太郎, 篠原 雅尚, 縣 亮一郎, 藤江 剛, 青池 寛
2: Zumberge Mark, 加藤 愛太郎, 吉塚 卓史, 高木 涼太
1: Abers Geoffrey, Bostock Michael, Chao Kevin, Maury Julie, Poiata Natalia, Rousset Baptiste, Tu Yoko, 中村 衛, 中野 優, 井出 哲, 伊藤 喜宏, 内田 直希, 利根川 貴志, 加納 将行, 太田 和晃, 尾鼻 浩一郎, 新井 隆太, 日置 幸介, 日野 亮太, 木下 正高, 杉岡 裕子, 東 龍介, 板場 智史, 栗原 亮, 案浦 理, 猿橋 具和, 藤 亜希子, 西村 卓也, 野田 朱美, 鎌谷 紀子, 高橋 努, 麻生 尚文
発行年とタイトル (Title and year of the issue(s))
2017: Seismic quiescence of deep very low frequency earthquakes from later 2014 in western Ehime prefecture, southwest Japan (SSS04 03)
2017: 西南日本における超低周波地震活動の時空間分布(S09 P25)
Spatiotemporal distribution of activity of very low frequency earthquakes in southwest Japan (S09 P25)
2018: 3次元速度構造モデルに基づく理論波形を用いた十勝沖・東北沖における超低周波地震の検出(S23 26)
Detection of very low frequency earthquakes off the Pacific coast of Tokachi and Tohoku regions by using synthetic waveforms of three dimensional velocity model (S23 26)
2018: Development of Slow Earthquake Database (SCG53 P01)
2018: Toward the comprehensive detection of shallow very low frequency earthquakes off the Pacific coast of Tohoku, Japan (SCG53 P09)
2019: 西南日本における超低周波地震の網羅的検出(S09P 02)
Comprehensive detection of very low frequency earthquakes in southwest Japan (S09P 02)
2020: The relationship between slow earthquake activity and frictional property on the plate boundaries around Japan islands (SCG58 15)
2020: コスタリカ沈み込み帯における浅部超低周波地震の検出および低周波微動のエネルギー推定(S09 13)
Detection of shallow very low frequency earthquakes and estimation of energy rate of low frequency tremors in the Costa Rica subduction zone (S09 13)
2020: 南海トラフと日本海溝における浅部低周波微動の地震波エネルギー推定(SCG58 02)
Seismic energy estimation for shallow tremors in the Nankai trough and Japan trench (SCG58 02)
2020: 紀伊半島南東沖で発生する浅部低周波微動のエンベロープインバージョン の試み(S08 09)
Trial study of source time function estimation for shallow low frequency tremors based on high frequency seismogram envelope (S08 09)
2021: Migration characteristics of shallow very low frequency earthquake episodes southeast off the Kii Peninsula (SCG39 P01)
2021: Scaled energy of shallow slow earthquakes in Hyuga nada, southwest Japan (SCG39 P10)
2021: 南海トラフで発生する浅部超低周波地震活動の走向方向の変化の定量解析(S09P 13)
Along strike variation of shallow very low frequency earthquake activity in the Nankai subduction zone (S09P 13)
2021: 日本周辺の超低周波地震活動における時間変化の特徴の定量化(S09 26)
Quantification of characteristics of temporal change in very low frequency earthquake activity (S09 26)
2022: Characteristics of shallow very low frequency swarms along the Nankai Trough (SCG44 P17)
2022: Spatial variations in shallow slow earthquake activity associated with a subducted ridge in Hyuga nada, southwest Japan (SCG44 02)
2022: 南海トラフの超低周波地震検知下限の推定(S09P 20)
Detectability of very low frequency earthquakes in Nankai using F net and DONET (S09P 20)
2022: 室戸岬沖におけるDASを用いたスロー地震観測(S09 14)
Observation of slow earthquakes using distributed acoustic sensing off Cape Muroto (S09 14)
2022: 広帯域海底地震計とF netによる北海道襟裳岬沖の浅部VLFE観測(S22 16)
Shallow VLFE observation at the Erimo oki, southern off Hokkaido, using a broadband OBS array and F net (S22 16)
2022: 海底光ファイバー歪計で観測した南海トラフの浅部ゆっくり滑りとそれに伴う超低周波地震活動について(S03 03)
Shallow slow slip and associated VLFE activity observed by seafloor fiber optic strainmeter in the Nankai Trough. (S03 03)
2023: Detection of shallow tremors and investigation of their waveform characteristics by distributed acoustic sensing using offshore fiber optic cable at the Nankai Trough, southwest Japan (SCG45 P28)
2023: Long term continuous seafloor fiber optic observation aimed for capturing slow and fast processes in the Nankai Trough megathrust. (SCG45 12)
2023: 分布型音響センシングによる津軽海峡周辺のリアルタイム地震観測(S09 03)
Realtime seismological observation around the Tsugaru Strait by distributed acoustic sensing, northeastern Japan (S09 03)
2023: 分布型音響センシングによる津軽海峡近辺の地震観測(STT42 04)
Seismic observation around the Tsugaru Strait by distributed acoustic sensing (STT42 04)
2023: 分布型音響センシングの歪波形データを用いた浅部微動の地震波エネルギー推定(S08P 09)
Seismic energy estimation of shallow tremors using strain waveforms of distributed acoustic sensing (S08P 09)
2023: 浅部ゆっくり滑りや超低周波地震等の断層滑り解析を目指した南海トラフ海底光ファイバー歪計アレイ構築(SSS12 03)
Construction of seafloor fiber optic strainmeter array for fault slip analysis of shallow slow slip event and very low frequency earthquakes in the Nankai Trough (SSS12 03)
2023: 海底深部長期孔内観測システムの開発と南海トラフへの設置計画(S02 11)
Development of seafloor deep borehole long term observation system and the deployment plan in the Nankai Trough (S02 11)
2024: DONETと分布型音響センシングのデータを用いた南海トラフにおける地震・スロー地震の自動解析(S09P 11)
Automatic analysis of regular and slow earthquakes using DONET and distributed acoustic sensing data in the Nankai Trough, southwest Japan (S09P 11)
2024: HypoNet Nankai：物理情報深層学習を用いた南海トラフ域での高速震源決定ツール(S21 10)
HypoNet Nankai: Rapid hypocenter determination tool for the Nankai Trough subduction zone using physics informed neural networks (S21 10)
2024: Installation of the new LTBMS system in the Nankai Trough, and evaluation of cement curing process on long term strain data and SSEs detection (SCG40 P47)
2024: New real time seafloor borehole observatory at C9038B in the Nankai Trough for shallow Slow Slip Event observation in the Nankai Trough (SCG40 30)
2024: Triggered tremor activity off the Cape Muroto observed by distributed acoustic sensing after the 2024 M7.6 Noto Peninsula earthquake (SCG40 P24)
2024: 分布型音響センシングのデータを用いた自動震源決定による津軽海峡の地震活動モニタリング(STT36 02)
Real time seismic observation around the Tsugaru Strait based on automatic arrival time picking and hypocenter location using distributed acoustic sensing data (STT36 02)
2024: 南海トラフ地震発生帯での歪による広域・リアルタイム地殻活動把握の取り組み(S02 06)
Monitoring crustal activities in wide area by real time strain observation in the Nankai Trough seismogenic zone (S02 06)
2024: 南海トラフ域の3次元速度構造モデルに基づく高速走時計算のためのphysics informed neural networkの構築(SCG40 P09)
Physics informed neural network for travel time prediction for 3D velocity structure model in Nankai Trough (SCG40 P09)