CiNii Articles - magmatic ore

1

Magmatic nature of mineralizing fluids in the Solnechnoye Sn deposit (Russia) deduced from isotopic (H, O) compositions of tourmaline (Thematic issue: Isotopic geochemistry of mineral deposits: implication for ore genesis)

Sushchevskaya Tatiana , Ignatiev Alexander , Velivetskaya Tatiana

Resource geology 61(4), 407-413, 2011
2

Geochemical and Geochronological Studies on the Evolution of Submarine Hydrothermal Systems

ISHIBASHI Jun-ichiro , NAKAI Shunichi , TOYODA Shin , KUMAGAI Hidenori , NOGUCHI Takuroh , ISHIZUKA Osamu

… Uranium and thorium series disequilibrium dating have been employed for previous geochronological studies of hydrothermal minerals obtained from submarine ore deposits. … Detection of event plumes associated with seafloor lava eruption brought an awareness of episodic hydrothermal activity triggered by magmatic perturbation. …

Chigaku Zasshi (Jounal of Geography) 118(6), 1186-1204, 2009

J-STAGE CrossRef
3

Rare earth element and yttrium analyses of sulfides from the Dachang Sn-polymetallic ore field, Guangxi Province, China : Implication for ore genesis

ZHAO KUI-DONG , JIANG SHAO-YONG

Geochemical Journal 41(2), 121-134, 2007-04-01

References (45) Cited by (1)
4

From fluid inclusion microanalysis to large-scale hydrothermal mass transfer in the Earth's interior

HEINRICH Christoph A.

… However, field-based studies of texturally controlled ore-forming liquid and vapour inclusions in specific upper-crustal magmatic centres show that effective ore formation is a disequilibrium process, requiring deviations of fluid composition from the crustal rock buffers. …

Journal of Mineralogical and Petrological Sciences 101(3), 110-117, 2006-06-01

J-STAGE CrossRef References (36)
5

The magmatic evolution of the Land's End pluton, Cornwall, and associated pre-enrichment of metals

MULLER A.

Ore Geol. Rev. 28, 329-367, 2006

CrossRef Cited by (1)
6

Vapor transport of metals and formation of magmatic-hydrothermal ore deposits

WILLIAMS-JONES A. E.

Econ. Geol. 100(7), 1287-1312, 2005

CrossRef Cited by (2)
7

Volatile Phase Separation in Silicic Magmas at Bajo de la Alumbrera Porphyry Cu-Au Deposit, NW Argentina

HARRIS Anthony C. , KAMENETSKY Vadim S. , WHITE Noel C. , STEELE David A.

Resource geology 54(3), 341-356, 2004-09-30

References (77)
8

Origin of Sulfur in Some Magmatic-Hydrothermal Ore Deposits of South China

ISHIHARA S. , 王平安 , 梶原良道 [他]

Bulletin of the Geological Survey of Japan 54(3・4), 161-169, 2003

Cited by (1)
9

Sulfur Content and Isotopic Ratio of Cambro-Ordovician Carbonate Rocks from South Korea : A Possible Source for Mesozoic Magmatic-hydrothermal Ore Sulfur

ISHIHARA Shunso , JIN Myung-Shik , KAJIWARA Yoshimichi

Resource Geology 52(1), 41-48, 2002-03-01

References (24) Cited by (3)
10

Generation and Evolution of Ore Fluids for Porphyry Cu-Au Mineralization of the Santo Tomas II (Philex) Deposit, Philippines

IMAI Akira

Resource Geology 51(2), 71-96, 2001-06-01

CrossRef References (104) Cited by (21)
11

Sulfur Isotopic Variation of Yanshanian Magmatic-hydrothermal Deposits in Southern China

WANG Ping'an , ISHIHARA Shunso

Resource Geology 50(4), 257-268, 2000-12-01

References (53) Cited by (2)
12

Paleozoic crustal growth and metallogeny of Central Asia : Evidence from magmatic-hydrothermal ore systems of central Kazakhstan

HEINHORST J.

Tectonophys. 328, 69-87, 2000

CrossRef Cited by (2)
13

Re-Os isotopic systematics of the Voisey's Bay Ni-Cu-Co magmatic ore system, Labrador, Canada

LAMBERT D. D.

Lithos 47, 69-88, 1999

CrossRef Cited by (1)
14

Formation of a magmatic-hydrothermal ore deposit: insights with LA-ICP-MS analysis of fluid inclusions

AUDETAT A.

Science 279, 2091-2094, 1998

Cited by (3)
15

Exsolution of magmatic phases from Cl-enrichment mineralizing granitic magmas and implications for ore metal transport

WEBSTER J. D.

Geochim. Cosmochim. Acta 61, 1017-1029, 1997

Cited by (3)
16

The origin and evolution of fluids in magmatic-hydrothermal systems

GIGGENBACH W. F.

Geochemistry of Hydrothermal Ore Deposits, 737-796, 1997

Cited by (4)
17

Hydrogen isotopic ratios of the ore-forming fluids responsible for the Kaneuchi and Ohtani tungsten deposits, Kyoto Prefecture : Involvement of magmatic fluid and organic water in the ore-forming fluids. [in Japanese]

SHIBUE Yasuhiro , KUSAKABE Minoru

Resource geology 46(5), 255-266, 1996-10-31

References (39)
18

Metallogenic Characteristics of Magmatic-Hydrothermal Ore Deposits in Japan

ISHIHARA Shunso

資源地質 45(4), 245, 1995-08-31
19

Ocean biogeochemical controls on the Kuroko ore genesis : A review(<Special issue>The global carbon cycle)

Kajiwara Yoshimichi

グリンタフ地域の黒鉱鉱床と石油鉱床の形成には西黒沢階来の環境異変に伴って背弧海盆に異常濃集したPUMOS(含重金属有機堆積物の愛称)が共通起源物質として関与した可能性がある,とする著者の一昔前の仮説を,その後蓄積された地球化学データに徹して再吟味し,以下の考察を行った.1)黒鉱硫化物と原油有機硫黄は互いに酷似した硫黄同位体化を有しており,両者はともに無酸素海盆での海水硫酸イオンのバクテリア還元によ …

地球科學 48(4), 299-315, 1994-07-25

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20

Magmatic contributions to the formation of hydrothermal ore deposits : Evidence from several deposits within Japan [in Japanese]

Morishita Yuichi

熱水性鉱床を生成させた鉱液の起源は, 安定同位体的手法により推定されてきている。貫入岩体と密接に関係して生成した鉱床ではマグマ水の証拠が残されているが, 多くの浅熱水系においては陸上では天水, 海底では海水が卓越する。本稿では4つの型 (スカルン型, 斑岩型, 深熱水性, 浅熱水性) の鉱床を比較し, 熱水性鉱床生成におけるマグマの役割を考察する。スカルン型, 斑岩型, 深熱水性鉱床ではマグマ水の …

The memoirs of the Geological Society of Japan (43), 98-108, 1994-04-28

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