Silicate perovskite
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- Nomenclature of the Perovskite Supergroup: a Hierarchical System of Classification Based on Crystal Structure and Composition
- Spin and Valence Dependence of Iron Partitioning in Earth's Deep Mantle
- Arxiv:1902.03828V1 [Cond-Mat.Mtrl-Sci] 11 Feb 2019 Experimental Demonstrations That the Ground State Is a 7–9 ‘Post-Perovskite’ Phase
- WATER in NOMINALLY ANHYDROUS MINERALS
- Iron Partitioning in Natural Lower-Mantle Minerals: Toward a Chemically Heterogeneous Lower Mantle
- Iron-Rich Silicates in the Earth's D Layer
- Natural Dissociation of Olivine to (Mg,Fe)Sio3 Perovskite And
- Vibrational Spectroscopy of Mantle Minerals
- Confidence Limits for Silicate Perovskite Equations of State Craig R
- Element Partitioning Between Magnesium Silicate Perovskite And
- Stability of the Perovskite Structure and Possibility of the Transition to the Post-Perovskite Structure in Casio3, Fesio3, Title Mnsio3 and Cosio3
- The Earth's Mantle
- PDF (Chapter 16. Phase Changes and Mantle Mineralogy)
- Composition and Pressure Effects on Partitioning of Ferrous Iron in Iron-Rich Lower Mantle Heterogeneities
- 121. Iron Isotopic Fractionation in Mineral Phases from Earth's Lower
- High-Pressure Study of Perovskites and Postperovskites in the (Mg,Fe)Geo3 System
- Mg, Fe)Sio3 Bridgmanite (Perovskite
- Mineral Evolution