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Pyrolite
The Eyes Have It
The Upper Mantle and Transition Zone
Phase Transitions in Earth's Mantle and Mantle Mineralogy
Time-Varying Subduction and Rollback Velocities in Slab Stagnation
Geochemistry
Crystal Structures of Minerals in the Lower Mantle
2.02 Seismological Constraints Upon Mantle Composition C
Confirming a Pyrolitic Lower Mantle Using Self-Consistent Pressure
The Evolution and Distribution of Recycled Oceanic Crust in The
Phase Relations in MAFSH System up to 21 Gpa: Implications for Water Cycles in Martian Interior
Phase Transitions, Element Partitioning, and Density Changes in a Model Lower Mantle Composition T. Irifune
1 Revision 3: Phase Transformation of Hydrous Ringwoodite to the Lower
Chemistry of the Lower Mantle
RESEARCH to Understand Subduction Initiation, Study Forearc Crust
Composition of the Mantle Transition Region Constrained by Sound Velocity Measurements at High Pressure and Temperature
Subduction Erosion: Rates, Mechanisms, and Its Role in Arc Magmatism and the Evolution of the Continental Crust and Mantle
Dynamics of Double Subduction: Numerical Modeling
The Earth's Lower Mantle and Core
Top View
Generation of Mid-Ocean Ridge Tholeiites'
Hymatz: a Python Program for Modeling Seismic Velocities In
Background on Mantle Composition (Pdf)
The Evolution and Distribution of Recycled Oceanic Crust in the Earth’S Mantle: Insight from Geodynamic Models
The Eclogite Engine: Chemical Geodynamics As a Galileo Thermometer
Implications of Slab Mineralogy for Subduction Dynamics Craig R
Development 129
Olivine Emerges from Isolation Spoilage Microbes3
This Is a Research Manuscript Entitled “The Miscibility of Calcium Silicate Perovskite and Bridgmanite: a Single Phase Perovsk
The Effect of Bulk Composition and Temperature on Mantle Seismic Structure Earth and Planetary Science Letters
Thermochemical Interpretation of 1-D Seismic Data for the Lower Mantle : the Significance of Nondiabatic Thermal Gradients and Compositional Heterogeneity L
33110035.Pdf
Thermodynamic and Elastic Properties of Pyrope at High Pressure And
High Pressure Crystal Chemistry of Hydrous Ringwoodite and Water in the Earth’S Interior
Estimates of the Transition Zone Temperature in a Mechanically Mixed Upper Mantle
Density Profile of Pyrolite Under the Lower Mantle Conditions
Complete Agreement of the Post-Spinel Transition with the 660
PDF (Chapter 9. the Source Region)
Mantle-Derived Magmas-Roles of Variable Source Peridotite and Variable C-H-O Fluid Compositions
Geochemistry of Xenolithic Eclogites from West Africa, Part 2: Origins of the High Mgo Eclogites
High Pressure Phase Equilibrium Constraints on the Origin of Mid-Ocean Ridge Basalts*
Elasticity, Composition and Temperature of the Earth's Lower
Sound Velocities of Hydrous Ringwoodite to 16Gpa and 673K
Dai and Karato (2009, PJA).Pdf
Water Content and Geotherm in the Upper Mantle Above the Stagnant Slab
Plate Tectonics: This Works As a Result of Hot Mantle Asthenosphere Ascending Beneath Mid- Ocean Ridges to Form the Plates
Melting Residues of Fertile Peridotite and the Origin of Cratonic Lithosphere
Plagioclase Lherzolite-Residual Mantle Relationships Within Two Eastern Mediterranean Ophiolites
Insights Into the Nature of the Transition Zone from Physically Constrained
Chapter 13 Making an Earth
Phase Transformations in Pyrolite and Subducted Crust Compositions Down to a Depth of 800 Km in the Lower Mantle
50 Years Ago 100 Years