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1by A. Saha A, A. R. Basu A, S. B. Jacobsen B, R. J. Poreda A, Q. -z. Yin B, G. M. Yogodzinski C, E. Boyle, OsSubjects: “...mantle-wedge...”
Published 2005
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4by Dorendorf, Frank, Wiechert, Uwe, Wörner, Gerhard“... mantle wedge which has been hydrated by 18O-rich fluids percolating through the mantle wedge. 18O...”
Published in Earth and Planetary Science Letters (2000)
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5“..., melting process, magma fractionation and melt/fluid metasomatism of the mantle wedge. The latest...”
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6by Robertson, Kelly L.“... flux melting of the mantle wedge with very little crustal or slab surface sediment-melt input...”
Published 2011
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7by Levin, V., Droznin, D., Park, J., Gordeev, E.“... sites, resulting in an unprecedented coverage of the supraslab mantle wedge. We estimated shear wave...”
Published in Geophysical Journal International (2004)
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8by Kaviani, Ayoub, Rümpker, Georg, Sens-Schönfelder, Christoph, Komeazi, Abolfazl, Shapiro, Nikolai“... the local-S data suggest that anisotropy in the mantle wedge is relatively weak with lateral variations...”
Published in Geophysical Journal International (2024)
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9by Nishizawa Tatsuji, Nakamura Hitomi, Churikova T., Gordeychik B., Ishizuka Osamu, Iwamori Hikaru“... between a subducted slab as a material input and mantle wedge as a processing factory. In turn...”
Published 2016
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10“... refractory mantle wedge (similar to the source of boninites) by chlorine-rich aqueous fluids is primarily...”
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11by BATANOVA, V. G., PERTSEV, A. N., KAMENETSKY, V. S., ARISKIN, A. A., MOCHALOV, A. G., SOBOLEV, A. V.“... source, we consider that fluxing of a highly refractory mantle wedge (similar to the source of boninites...”
Published in Journal of Petrology (2005)
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12by BATANOVA, V. G., PERTSEV, A. N., KAMENETSKY, V. S., ARISKIN, A. A., MOCHALOV, A. G., SOBOLEV, A. V.“... source, we consider that fluxing of a highly refractory mantle wedge (similar to the source of boninites...”
Published in Journal of Petrology (2005)
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13by Gorbatov, A., Domínguez, J., Suárez, G., Kostoglodov, V., Zhao, D., Gordeev, E.“... in the mantle wedge extending down to a depth of approximately 150 km. These anomalies are apparently associated...”
Published in Geophysical Journal International (1999)
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14by Batanova, VG, Pertsev, AN, Kamenetsky, VS, Ariskin, AA, Mochalov, AG, Sobolev, AV“... refractory mantle wedge (similar to the source of boninites) by chlorine-rich aqueous fluids is primarily...”
Published in Journal of Petrology (2005)
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15by Nishizawa T., Nakamura Hitomi, Churikova T., Gordeychik B., Ishizuka Osamu, Haraguchi Satoru, Miyazaki Takashi, Vaglarov Bogdan S., Ueki K., Toyama C., Iwamori Hikaru“...) possible asthenospheric flow between the mantle wedge and the sub-slab mantle via the edge of subducted...”
Published 2016
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16by Kutyrev, AV, Kamenetsky, VS, Park, J-W, Maas, R, Demonterova, EI, Antsiferova, TN, Ivanov, AV, Hwang, J, Abersteiner, A, Ozerov, AY“... MORB) and arc picrites, suggesting that primitive OT arc magmatism originates in mantle wedge...”
Published in Earth-Science Reviews (2021)
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17by Kutyrev, AV, Kamenetsky, VS, Park, J-W, Maas, R, Demonterova, EI, Antsiferova, TN, Ivanov, AV, Hwang, J, Abersteiner, A, Ozerov, AY“... MORB) and arc picrites, suggesting that primitive OT arc magmatism originates in mantle wedge...”
Published in Earth-Science Reviews (2021)
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18by Kutyrev, AV, Kamenetsky, VS, Park, J-W, Maas, R, Demonterova, EI, Antsiferova, TN, Ivanov, AV, Hwang, J, Abersteiner, A, Ozerov, AY“... (particularly Indian MORB) and arc picrites, suggesting that primitive OT arc magmatism originates in mantle...”
Published in Earth-Science Reviews (2021)
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