nkysdb: なかよし論文データベース
佐脇 泰典 様の 共著関連データベース
+(A list of literatures under single or joint authorship with "佐脇 泰典")
共著回数と共著者名 (a list of the joint author(s))
26: 佐脇 泰典
16: 伊藤 喜宏
9: 山下 裕亮
7: 澁谷 拓郎
4: 佐藤 圭浩, 太田 和晃, 寒河江 皓大, 山田 知朗
2: Garcia Emmanuel Soliman, Plata-Martinez Raymundo, 伊藤 亜妃, 前田 拓人, 望月 公廣, 杉岡 裕子, 阮 一桓, 高山 朗文, 高橋 努
1: Bryant Chow, Chen Yanhan, David R. Shelly, Emily Warren-Smith, Emmanuel Soliman Garcia, Flores Ketzallina, Hernández Abraham, Katie Jacobs, Martha Savage, Mukherjee Pousali, Ruan Yihuan, Yihuan Ruan, 仲田 理映, 仲谷 幸浩, 八木原 寛, 国吉 健太郎, 宮川 歩夢, 村本 智也, 東 龍介, 植村 美優, 片山 郁夫, 立岩 和也, 足立 舜, 金子 善宏, 雨澤 勇太, 高野 洋輝
発行年とタイトル (Title and year of the issue(s))
2018: レシーバ関数解析による西南日本スロー地震発生域周辺の構造変化の検出(S06 P10)
Detection of the structural variation around regions with slow earthquakes in southwest Japan using receiver function method (S06 P10)
2019: レシーバ関数が示す二軸摩擦実験中の構造変化(R13 P 1)
Seismic Structural Changes during Bi axial Experiments Inferred from Receiver Functions (R13 P 1)
2019: 広帯域レシーバ関数が示す南海トラフ沈み込み帯スロー地震発生域の地震学的構造変化(SCG48 19)
Seismological structural changes around source regions of slow earthquakes in Nankai subduction zone inferred from broadband receiver functions (SCG48 19)
2019: 深発地震波形を用いた広帯域レシーバ関数解析による西南日本下のフィリピン海プレート境界の地震学的構造推定(S06P 17)
Seismological Structure of PHS Boundary from Broadband Receiver Function Analysis of Local Deep Earthquake Records (S06P 17)
2020: Multi band Receiver Function Analysis Including Local Deep focus Events in Northeastern Kii (SCG58 14)
2020: 稠密海底地震計アレイによる堆積層の構造推定：日向灘の例(S23P 04)
Constraining seismic velocity structure of marine sediment using a dense array of ocean bottom seismometers: results from Hyuga nada (S23P 04)
2021: Seismic velocity structure survey off Sanriku using marine controlled sources and distributed acoustic sensing technology on seafloor optical fiber cable (SSS02 03)
2021: 近地深発地震を用いた紀伊半島直下の地震学的構造解析(SSS07 P06)
Seismological structure revealed by regional deep event records beneath the Kii peninsula (SSS07 P06)
2022: Estimating the anisotropic properties of crust in Shikoku district by receiver function using teleseismic and local earthquake data (SSS08 03)
2022: Fluid reservoir in the Hyuganada accretionary prism related to the ridge subduction: implication from a passive seismic array (SSS03 09)
2022: Ocean bottom seismological observation at the boundary between slow earthquakes and ordinary earthquakes in Hyuga nada, western part of Nankai Trough (SSS03 P03)
2022: Seismological Property and Structure beneath the Seafloor at the Hyuga nada, Estimated Using Ocean Bottom Seismographs (SSS03 P04)
2022: 日向灘海底地震観測記録から得られる自己相関関数の時空間的特徴(S01P 08)
Spatiotemporal Characteristics of Autocorrelation Functions from Seafloor Ambient Noise Records at Hyuga nada (S01P 08)
2023: Heterogeneous seismic structure at Hyuga nada from receiver side Green's functions (SSS04 01)
2023: ニュージーランド北島北東沖の付加体及び浅部スロースリップ発生域へのAdjoint tomographyの適用(SSS08 P04)
Adjoint tomography of an accretionary wedge and shallow slow slip regions in the North Island of New Zealand (SSS08 P04)
2023: 地殻内断層面の客観的検出に向けて：震源分布二段階クラスタリング法の適用(S21P 10)
Hypocenter based Visualization of Multiscale Earthquake Faults: Application to Crustal Earthquakes in Japan Islands (S21P 10)
2024: 2024年能登半島地震震源域周辺の震源分布とその不確実性の検討(U15 P12)
Relocations and uncertainty quantifications of earthquake hypocenters in and around the source area of the 2024 Mj7.6 Noto Peninsula earthquake, Japan (U15 P12)
2024: An interpretation of low residual gravity anomaly and its relationship with slow to fast earthquakes in the Guerrero Seismic Gap, Mexico (SCG40 38)
2024: Long duration signal generated by volcanic activity at Nishinoshima detected by dense array observation at Hyuga Nada (S11P 02)
2024: カリフォルニア州及びオクラホマ州におけるマルチスケール断層面推定(SCG50 02)
Multiscale Fault Estimation in California and Oklahoma (SCG50 02)
2024: 南海トラフ沈み込み帯におけるプレート境界周辺の S 波速度異常域と深部テクトニック微動活動の空間変化との関係(S09 12)
Relationship between S Wave Velocity Anomalies and Spatial Variations in Deep Tectonic Tremor Activity in the Nankai Subduction Zone (S09 12)
2024: 震源クラスタリングによる令和6年能登半島地震の断層面形状推定(U15 P09)
Fault geometries of the 2024 Noto Peninsula earthquake estimated by hypocenter clustering (U15 P09)
2024: 震源分布と発震機構解から有限混合モデルにより推定された2024年能登半島地震（Mw=7.5）の断層配置(U15 P10)
Fault configuration of the 2024 Noto earthquake (Mw=7.5) as deduced from hypocenters and focal mechanism solutions with finite mixture modeling (U15 P10)
2024: 震源分布クラスタリングによる令和６年能登半島地震の断層面抽出(S22 03)
Fault Geometries of the 2024 Mw 7.5 Noto Peninsula Earthquake from Hypocenter Based Hierarchical Clustering (S22 03)
2024: 高周波数帯を含むレシーバ関数による南海地方深部スロー地震域周辺における不均質構造推定の試み(SSS07 07)
An estimation of seismic heterogeneous structures around deep slow earthquake areas using receiver functions in multi frequency bands (SSS07 07)
2025: 点群法線ベクトルを用いた震源クラスタリングによる地震断層面抽出法（FaultNVC）
FaultNVC: Earthquake Fault Plane Extractor through Point Cloud Normal Vector Clustering for Hypocenter Distributions