Melts - Globe Thesis - Globe Thesis

Keyword [Melts] Result: 1 - 20 \| Page: 1 of 2
1.	A Study Of Raman Spectra Of Aluminosilicate Minerals, Glass And Melts
2.	Experiment On Solid Retrograde Eclogite And Amphibolites From Dabie UHPM Belt
3.	The Study On Complex Network Models Of Polymer Melts
4.	Molecular Dynamics Simulation Of Polymer Melts Flow In Nanochannel
5.	In Situ High Temperature And High Pressure Elastic Behavior Of Early Cretaceous Basalt Melt From Feixian, West China
6.	The Elastic Behavior Of Hydrous Basalt Melts Under High Temperature And High Pressure
7.	Kinetics Of Reaction Between Different Melts And Peridotite
8.	Entropic Interaction In Semiflexible Polymer Melts And The Condensation-decondensation Transition Induced By Ionic Interaction
9.	Evolution Of Metamorphic Melts/fluids During Deep Continental Subduction And Exhumation
10.	The Role Of Melts/Fluids In Subduction Zones: Implications From Serpentinization And Fluxing/Metasomatic Processes
11.	Transport And Thermodynamic Properties Of Iron Silicate Melts From Computational Simulation
12.	High Field Strength Elements Mobility And Fractionation In Subduction Zones Induced By Supercritical Fluids:An High P-T Experimental Study
13.	Study On The Coupling Relationship Between Thermophysical,Structural And Dynamical Properties Of Al And Al-Fe Melts
14.	Laboratory Study Of Electrical Conductivity Of Shoshonitic Melts
15.	Metasomatic and petrologic evidence of polymetallic sulfide melts and their effect on the ore package of the Broken Hill lead-zinc-silver deposit, New South Wales Australia
16.	Magmatic volatiles at rifts and arcs: Sources and fractionation effects
17.	The role of oceanic lithosphere in inter- and intra-volcano geochemical heterogeneity at Maui Nui, Hawaii
18.	Parameter estimation for elongational viscosity of polymer melts
19.	Petrogenesis of chromite and associated minerals in the upper mantle peridotite of the northern Semail ophiolite (UAE)
20.	Percolation of iron melts through mantle minerals at high pressure: Implications for core formation
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