nkysdb: 共著者関連データベース
HOANG Nguyen 様の 共著関連データベース
+(A list of literatures under single or joint authorship with "HOANG Nguyen")
共著回数と共著者名 (a list of the joint author(s))
25: HOANG Nguyen
7: UTO Kozo
5: 宇都 浩三
4: ITOH Jun'ichi, MIYAGI Isoji
2: TAMAKI Kensaku, YAMAMOTO Takahiro, 味喜 大介, 小栗 和清, 小笠原 正継, 岡林 識起, 星住 英夫, 石原 和弘, 福山 繭子
1: ABABOU Rachid, FLOWER Martin, FLOWER Martin F.J., FUKUHARA Teruyuki, ISHIHARA Kazuhiro, ITOH Jun'ich, ITOH Jun'ichi Itoh, MATSUI Kazunori, MATSUMOTO Akikazu, MEVEL Oatherine, MIKI Daisuke, MORISHITA Yuichi, SATO Kuniaki, TAMURA Yoshihiko, WAKABAYASHI John, XENOPHONTOS Costas, 下司 信夫, 伊藤 順一, 佐々木 実, 内海 茂, 新城 竜一, 星 博幸, 江 博明, 石山 大三, 石川 賢一, 羅 清華, 遅沢 壮一, 鹿納 晴尚
発行年とタイトル (Title and year of the issue(s))
1996: Recent Advancement of Numerical Methods in Geohydraulics
1998: Mantle Extrusion: A Model for Dispersed Volcanism and DUPAL like Asthenosphere in East Asia and the Western Pacific
1998: Skeletal Olivines and Supercooling of Basaltic Magmas: Evidence from Island arc (Daisen, Japan), Intra Plate (Pleiku, Vietnam), and South West Indian Ridge Volcanoes (T22B 14)
2002: 噴出物の時間変化から推測する雲仙火山マグマ供給系の発達
Evolution of the plumbing system of Unzen magma inferred from its temporal variation
2002: 島原半島および周辺地域の第三紀 第四紀火山岩類の地球化学的特徴と雲仙火山のマグマの起源
Geochemical characteristics of Tertiary Quaternary volcanic rocks from Shimabara area and its implication for the origin of Unzen magma
2002: 島原半島における火山発達史とマグマ進化
2003: Geochemistry of Cenozoic basalts in the Fukuoka district (northern Kyushu, Japan): implications for asthenosphere and lithospheric mantle interaction
2003: Mantle isotopic heterogeneity beneath northern Kyushu, SW Japan
2003: Mantle isotopic heterogenity beneath northern Kyushu, SW Japan
2004: Cenozoic lithospheric extension induced magmatism in Southwest Japan
2006: Upper mantle isotopic components beneath the Ryukyu arc system: Evidence for 'back arc' entrapment of Pacific MORB mantle
2008: 岩手火山，西岩手カルデラ形成に伴うマグマシステムの変化 噴出物の同位体組成変化に基づく検討
Change of Magma System assosiated with the formation of West Iwate Caldera, Iwate Volano, NE Japan; a study based on isotopic composition
2009: Anomalous intra plate high Mg andesites in the Choshi area (Chiba, Central Japan) produced during early stages of Japan Sea opening?
2009: Geochemical and Sr Nd Pb Isotopic Study of Late Neogene Volcanic Rocks from the Arita Imari Area (SW Japan): Evidence for Coexisting OIB Like and Subduction Related Mantle Sources
2009: Synchronous Japan Sea opening Miocene fore arc volcanism in the Abukuma Mountains, NE Japan: An advancing hot asthenosphere flow versus Pacific slab melting
2010: 桜島火山南岳南西斜面に分布する溶岩流の古地磁気学的推定年代（ポスターセッション）
Paleomagnetic age of a lava flow in the southwest slope of Minamidake, Sakurajima volcano
2011: Subduction components in Pleistocene to recent Kurile arc magmas in NE Hokkaido, Japan
2012: Magma systems of the Kutcharo and Mashu volcanoes (NE Hokkaido, Japan): Petrogenesis of the medium K trend and the excess volatile problem
2012: 古地磁気と全岩化学組成から見た桜島火山南岳南西斜面に分布する溶岩流の噴出年代
Age of Lava Flows in Southwestern Slope of Minamidake, Sakurajima Volcano, Inferred from Paleomagnetic and Chemical Features
2013: Changes in magma composition and formation process of Minamidake stratovolcano, at Sakurajima volcano, Kyushu, Japan; inferred from paleomagnetic age estimate and chemical composition analysis(1D P9)
2013: Evolution of magma plumbing system of the Iwate Volcano, Northeast Japan, constrained by chronological relationship of the bulk chemical and isotopic composition(1D O5)
2013: 沈み込み開始と連続的海嶺沈み込みによるトルードスSSZオフィオライトの形成、その溶岩層序、化学組成、Ar Ar年代の新資料(SIT05 20)
Geochemistry and geochronology of the Troodos ophiolite: An SSZ ophiolite by an extended episode of ridge subduction (SIT05 20)
2014: MC ICP MSによる地質標準試料のSr Nd Hf Pb同位体分析
Sr Nd Hf Pb isotopic analysis of geological reference materials using MC ICP MS
2014: 一ノ目潟におけるマントル・下部地殻捕獲岩のSr，Nd，Hf，Pb同位体組成
Sr, Nd, Hf and Pb isotope composition of ultramafic and mafic xenoliths from Ichinomegata
2015: Miocene–Pleistocene magmas in the Monbetsu area, Northeast Hokkaido, tap N MORB like sources contaminated by slab derived fluids
