Mid-ocean - Globe Thesis

Keyword [Mid-ocean] Result: 1 - 20 \| Page: 1 of 3
1.	Elasticity And Thermodynamic Properties Of Aluminous Phases In MORB From First-principles Calculation
2.	Evolution Of The NW Indian Ocean Carlsberg Ridge And Response Of Global Change
3.	Petrology And Geochemistry Differences Of MORB And Their Significance Between Fast And Slow Spreading Ridge
4.	Mid-ocean Ridge Basalt Near East Paciifc Rise13°N
5.	The Study Of Hydrothermal Plume Ore-prospecting Criteria On The Mid-ocean Ridges
6.	Bangong Lake-Nu Jiang River Suture Zone Of The Middle Dongqiao Area Of Ophiolite And Chromite Metallogenic Mode Of Discussion
7.	Near-bottom Magnetic Study Of Hydrothermal Fields On The Southwest Indian Ridge
8.	Petrological And Geochemical Features Of Basalt Glass From The East Pacific Rise And Their Significance
9.	Thermoelastic Properties Of Aluminous Phases In MORB From First-principles Calculation:Implications For The Earth's Lower Mantle
10.	Seafloor Hydrothermal Activity Along The Mid-ocean Ridge With High Melt Supply:Study From Segment 27,southwest Indian Ridge
11.	Petrogenesis And Tectonic Setting Of The Late Cretaceous Magmatic Rocks In Songdo Area, Tibet
12.	Characteristics Of Mid-ocean Ridge Rocks Alteration And Mineralization
13.	Genesis Of The Southeastern Margin Of Dabie And Xuhuai High-magnesium Adakite And Its Tectonic Significance
14.	Geochemical Characteristics And Significance Of Mafic Rocks From Batang Zhubalong Area Along Jinshajiang Suture Zone
15.	The Pacific Mid-ocean Ridge Volcanic Glass Major Element Geochemical And Homogeneity
16.	The Origin of Mid-Ocean Ridge Basalts: Insights from Trace Element Contents in Anorthite, Anorthite-hosted-melt Inclusions, and Ocean Core Complexes
17.	Magmatic processes at mid-ocean ridges: Evidence for high-pressure crystallization and crustal assimilation
18.	Duration, rates, and patterns of crustal growth at slow-spreading mid-ocean ridges: Using zircon to investigate the evolution of in situ ocean crust
19.	Plume-ridge interaction: Shaping the geometry of mid-ocean ridges
20.	Melt and deformation in the mantle beneath mid-ocean ridges: A textural and lattice-preferred orientation study of abyssal peridotites
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