Keyword [Batholith] Result: 1 - 20 | Page: 1 of 3 |
1. | Mesozoic Magmatism In Hainan Island (SE China) And Its Tectonic Significance |
2. | Geochemistry Of The Yangtze Continental Nucleus And Its Anatectic Granitoids |
3. | Metallogenic Processing Of Post-batholith Gold Deposits |
4. | A Study On Chronology, Petrogenesis And Region Tectonic Significance Of Early Cretaceous-Early Eocene Intrusive Rocks In Nyainqentanglha Area |
5. | Genetic Mineralogy And Prospecting Potentiality Of Granitoid Of Nimu-Qushui Region In Tibet |
6. | Petrotectonic Of Huangling Granite Batholith, Western Hubei |
7. | The Disintergration, Geochemistry And Tectonic Implications Of The Kulumusu Granite Batholith In West Junggar, Xinjiang |
8. | The Analysis On The Genesis Mechanism Of Laohuangfen Granite In Westren Fengqing,Yunnan |
9. | Brief Study On The Petrology And Litho-geochemistry Characters And Its Origin Of Quershan Granitoid Batholith Of Dege County In Northwestern Sichaun |
10. | Mineral Alteration Extraction Using Remote Sensing In High Coverage Vegetation Area, South Zhuguang Granitic Batholith |
11. | Construction And Magmatic Processes In The Chengba Granitic Complex Of Gangdese Batholith,Southern Tibet |
12. | Geochronology And Geochemistry Of The Cenozoic Intrusives In Eastern South Gangdese, Tibet |
13. | Chronology And Geochemistry Of Magmatic Rocks Of The Xuru Tso Batholith In Central Lhasa Terrane, Tibet |
14. | Lincang Middle Of The Granite Batholith Granodiorite Class Characteristics |
15. | Tectonic Evolution Of The Southern Region In The Middle Gangdese Batholith, Southern Tibet |
16. | The Exhumation Histoy Of The Gangdese Batholith From Low Temperature Thermochronology And Sedimentay Response |
17. | Geochronology And Geochemistry Of The Maiga Batholith In Coqen, Tibet |
18. | Age, Geochemistry And Petrogenesis Of The Weihe Granite Batholith In The Northern Zhangguangcai Range |
19. | Petrogenesis And Geodynamic Processes Of The Indosinian Magmatism In The West Qinling Orogenic Belt, Central China |
20. | A Geochemical Study Of Neoproterozoic Granites From The Jiuling Range In South China |
|