Lithos Comparison Experimenta Phase Diagram Mafic Thermodyna

Prof. Queen Koelpin

Comparison between the experimental phase diagram by manabe et al. [14 Fig. a.1. comparison of phase diagrams obtained from mc simulations for Comparison of experimental phase diagram with theoretical predictions

Thermodynamic and trace element modeling. (a, c) Simplified P‐T phase

Thermodynamic and trace element modeling. (a, c) Simplified P‐T phase

Mafic vs. felsic rocks: the difference between mafic and felsic Stream lithos phase music Microphotographs of the studied meta-mafic rocks. a alternation of

Comparison between theoretical and experimental results for phase

Experiment and theory comparison. a-c experimental phase maps inLithos phase tracks The experimental results can be summarized in a phase diagram-likeFinal 2-d lithospheric-scale inversion models for profiles lithos 1-3.

Granulite mafic z7 sample publication(a) experimenta, imental setup for lensless imag. (b) image Mafic vs. felsic: comprehensive comparison – geology inSchematics of the experiment. (a) the illustration of the phase diagram.

Modern-day lithospheric geotherm beneath KBH and comparison with
Modern-day lithospheric geotherm beneath KBH and comparison with

Thermodynamic and trace element modeling. (a, c) simplified p‐t phase

Major oxide (feototal, tio2, cao, al2o3, mgo, p2o5 and k2o vs. sio2(a) tectonic overpressure op = 100×(p/p lithos −1), respectively. (b Origin of basaltic magmasExperiments localized on phase map.

3. experimental phase diagram obtained by ichikawa et al. [16] forPhases of the moon hand pulled lithos (2) — glimmer graphics prints Evaluation of the proposed phase diagram using experiments from theIsochemical p-t phase diagram ('pseudosection') for mafic granulite.

Thermodynamic and trace element modeling. (a, c) Simplified P‐T phase
Thermodynamic and trace element modeling. (a, c) Simplified P‐T phase

Schematic phase relationships in pelitic rocks (fine lines) and mafic

Modern-day lithospheric geotherm beneath kbh and comparison with13 metamorphism of mafic and ultramafic rocks Geochemical classification diagrams of the mafic-ultramafic-felsicClassification diagram of mafic and intermediate rocks of the zgounder.

Melt-lithosphere interaction controlled compositional variations inMagma basaltic basalt magmas rhyolite andesite gabbro sio2 P–t phase diagram for ultramafic (and mafic) rocks in the model systemComparison among the phase diagrams corresponding to different.

Schematic phase relationships in pelitic rocks (fine lines) and mafic
Schematic phase relationships in pelitic rocks (fine lines) and mafic

Conceptual model for the evolution of a mechanically decoupled

(a) na2o + k2o versus sio2 diagram and (b) feot/mgo versus sio2 diagramComparison of the experiments and their configuration in the test phase .

.

3. Experimental phase diagram obtained by Ichikawa et al. [16] for
3. Experimental phase diagram obtained by Ichikawa et al. [16] for

P–T phase diagram for ultramafic (and mafic) rocks in the model system
P–T phase diagram for ultramafic (and mafic) rocks in the model system

The experimental results can be summarized in a phase diagram-like
The experimental results can be summarized in a phase diagram-like

Isochemical P-T phase diagram ('pseudosection') for mafic granulite
Isochemical P-T phase diagram ('pseudosection') for mafic granulite

Melt-Lithosphere Interaction Controlled Compositional Variations in
Melt-Lithosphere Interaction Controlled Compositional Variations in

Origin of Basaltic Magmas
Origin of Basaltic Magmas

Classification diagram of mafic and intermediate rocks of the Zgounder
Classification diagram of mafic and intermediate rocks of the Zgounder

Mafic Vs. Felsic Rocks: The Difference Between Mafic and Felsic
Mafic Vs. Felsic Rocks: The Difference Between Mafic and Felsic

13 Metamorphism of Mafic and Ultramafic Rocks - Open Petrology
13 Metamorphism of Mafic and Ultramafic Rocks - Open Petrology


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