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Keyword [MORB]
Result: 1 - 20 | Page: 1 of 2
1. Volcanic Rocks In The Central Belt Of Tethyan Himalayas Since The Late Paleozoic And Their Implications
2. Elasticity And Thermodynamic Properties Of Aluminous Phases In MORB From First-principles Calculation
3. Mid-oceanic Ridge Basalts(MORBS) Chemistry And Characteristics Of Plagioclase-hosted Melt Inclusions In The South Atlantic Ridge 19°S And Implications For Magmatic Processes
4. Study On The Geological Characteristic And Tectonic Attribute Of The Ophiolite And Island-arc-type Igneous Rocks,Central Belt Of East Kunlun(Eastern Section)
5. Petrology And Geochemistry Differences Of MORB And Their Significance Between Fast And Slow Spreading Ridge
6. Calcium Isotope Analytical Method And Its Geological Applications
7. Study On Material Composition, Tectonic Evolution And Transformation At The Conjunction Of Qinling And North Qilian Orogen
8. Thermoelastic Properties Of Aluminous Phases In MORB From First-principles Calculation:Implications For The Earth's Lower Mantle
9. Water Content Estimation Of MORB Type Magma And Its Application
10. Mineralogical Investigation On Lower Mantle Structure
11. The effect of water on partial melting in the upper mantle
12. Quantitative modeling of mantle heterogeneity and structure
13. Geology and petrogenesis of lavas from an overlapping spreading center: 9°N east Pacific rise
14. Magmatic processes at mid-ocean ridges: Evidence for high-pressure crystallization and crustal assimilation
15. Electron microscopic, rock magnetic and paleomagnetic studies of mid-ocean ridge basalts
16. The genesis of E-MORB: Extensions and limitations of the hot spot model
17. Correlation of high-resolution TEM data of mineral assemblages of mid-ocean ridge basalts with rock magnetic properties
18. Investigations of trace-element and isotopic variability in mid-ocean ridge basalts
19. Geochemistry of eastern Pacific MORB: Implications for MORB petrogenesis and the nature of crustal accretion within the neovolcanic zone of two recently active ridge segments
20. Influences of ridge subduction on mid-ocean ridge processes: Petrologic observations from the southern Chile Ridge and the Woodlark Basin
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