A thermodynamical aspect of the earth's interior : Physical interpretation of magmatic differentiation process
スポンサーリンク
概要
著者
関連論文
- A physical interpretation of crystallization differentiation of the Skaergaard intrusion
- A role of water in regional metamorphism and physical properties of the crust : A thermodynamical aspect of the earth's interior. Part II
- Physical theory of generation, upward transfer, differentiation, solidification, and explosion of magmas
- A note on genesis and upward transfer of parental magma of igneous rocks : A thermodynamical aspect of the earth's interior. Part III
- A theory of physico-chemical reactions under a non-uniform field and its application to a study of thermodynamical state of the earth
- A thermodynamical aspect of the earth's interior : Physical interpretation of magmatic differentiation process
- A chemical phase transition hypothesis of the origin of the C-layer within the mantle of the earth
- A role of water in metamorphism as illustrated by some reactions in the system MgO-SiO_2-H_2O
- A thermodynamical aspect of volcanic gas
- Physical conditions of contamination and fractionation of basaltic parental magmas
- Equation of state of materials composing the earth's interior, Part II
- Equation of state of materials composing the earth's interior, Part I
- Chemical structure and physical property of the earth's mantle inferred from chemical equilibrium condition
- Thermodynamical aspects of terrestrial evolution
- Dynamic model of geochemical cycle