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Keyword [Lhasa Terrane]
Result: 21 - 40 | Page: 2 of 4
21. Early Mesozoic Metamorphism Of The Eastern Segment Of The Lhasa Terrane In South Tibet And Its Tectonic Significance
22. Geochemistry And Petrogenesis Of The Postcollisional Potassic-ultrapotassic Rocks In Tibetan Plateau
23. Mesozoic Volcanic And Sedimentary Rocks On The Southern Margin Of Lhasa Terrane,southern Tibet: Geochronology,geochemistry And Tectonic Implications
24. Chronology And Geochemistry Of Late Cretaceous Granites In Southern Lhasa Terrane
25. Tectonic History And Crustal Evolution Of The Northern And Central Lhasa Terrane
26. Subduction Polarity And Processes Of The Bangong-Nujiang Tethys:Insights From Igneous Rocks And Detrial Zircons
27. The Improvements Of Calcium And Magesum Isotope Analytical Methods And Their Implications For Tracing The Magma Source Of Miocene Magmatic Rocks In The Lhasa Terrane, South Tibet
28. The Triassic Paleomagnetic Study Of The Lhasa Block And The Qiangtang Block On The Qinghai-Tibet Plateau And Its Tectonic Significance
29. Formation And Evolution Of The Shada High-Grade Metamorphic Rocks From The Southern Lhasa Terrane,Tibet
30. The Paleomagnetical Research On Linzizong Volcanic In Shiquanhe Area, Lhasa Terrane In Paleogene
31. Paleomagnetical Research On The Upper Cretaceous Jingzhushan Formation In The Lhasa Terrane
32. The Petrology Of The Xindaduo Eclogite In Tibet And Its Constrain On The Evolutionary Of The Paleo-Tethys Subduction Zone
33. Petrogenesis And Magma Mixing Of Nyemo Post-collisional Granitic Magmatisms From The Lhasa Terrane,Southern Tibet
34. Lithium Isotope Geochemistry In Subduction Zone Metamorphism And Magmatic Process
35. The Geochronology,geochemistry,petrogenesis Of Southern Yare Pluton And Its Constrains For The Metallogenic Conditions Of Miocene Adakite-like Porphyry In Lhasa Terrane
36. Geochronology, Geochemistry And Petrogenesis Of Mesozoic Magmatic Rocks In Shiquanhe Area, Tibetan Plateau
37. Paleomagnetic Constraints On The Breakup Of Eastern Gondwana And The India-Asia Collision
38. Sedimentary Evolution Of The Cretaceous Coqen Basin(Southern Tibet)and Implications For Early Topographic Growth On The Lhasa Terrane
39. Spatial And Temporal Comparison Of The Linzizong Volcanic Composition From Typical Locations In Southern Tibet And Geodynamic Implications
40. Petrogenesis And Geodynamic Processes Of Late Cretaceous-Miocene Magmatic Rocks In The Southern Lhasa Subterrane,Tibet
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