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Subduction Sediment–Lherzolite Interaction at 2.9 GPa: Effects of Metasomatism and Partial Melting | Petrology
Minerals | Free Full-Text | Smectitization as a Trigger of Bacterially Mediated Mn-Fe Micronodule Generation in Felsic Glass (Livno-Tomislavgrad Paleolake, Bosnia and Herzegovina)
Subduction Sediment–Lherzolite Interaction at 2.9 GPa: Effects of Metasomatism and Partial Melting | Petrology
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Minerals | Free Full-Text | Smectitization as a Trigger of Bacterially Mediated Mn-Fe Micronodule Generation in Felsic Glass (Livno-Tomislavgrad Paleolake, Bosnia and Herzegovina)
The late Eocene–early Miocene El Maitén Belt evolution: Magmatic response to the changing subduction zone geodynamics - ScienceDirect
Subduction Sediment–Lherzolite Interaction at 2.9 GPa: Effects of Metasomatism and Partial Melting | Petrology
The late Eocene–early Miocene El Maitén Belt evolution: Magmatic response to the changing subduction zone geodynamics - ScienceDirect
Subduction Sediment–Lherzolite Interaction at 2.9 GPa: Effects of Metasomatism and Partial Melting | Petrology
Minerals | Free Full-Text | Smectitization as a Trigger of Bacterially Mediated Mn-Fe Micronodule Generation in Felsic Glass (Livno-Tomislavgrad Paleolake, Bosnia and Herzegovina)
Subduction Sediment–Lherzolite Interaction at 2.9 GPa: Effects of Metasomatism and Partial Melting | Petrology
Subduction Sediment–Lherzolite Interaction at 2.9 GPa: Effects of Metasomatism and Partial Melting | Petrology
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The late Eocene–early Miocene El Maitén Belt evolution: Magmatic response to the changing subduction zone geodynamics - ScienceDirect
Minerals | Free Full-Text | Smectitization as a Trigger of Bacterially Mediated Mn-Fe Micronodule Generation in Felsic Glass (Livno-Tomislavgrad Paleolake, Bosnia and Herzegovina)
The late Eocene–early Miocene El Maitén Belt evolution: Magmatic response to the changing subduction zone geodynamics - ScienceDirect
The late Eocene–early Miocene El Maitén Belt evolution: Magmatic response to the changing subduction zone geodynamics - ScienceDirect
Subduction Sediment–Lherzolite Interaction at 2.9 GPa: Effects of Metasomatism and Partial Melting | Petrology