Nyainqentanglha Shan: A window into the tectonic, thermal, and geochemical evolution of the Lhasa block, southern Tibet

Physics & Astronomy

• affinity 35%
• anomalies 25%
• arcs 26%
• channel flow 34%
• collisions 20%
• crusts 79%
• dating 41%
• dipping 39%
• Earth mantle 37%
• feldspars 44%
• heat transfer 24%
• hydrothermal systems 58%
• intrusion 42%
• mass transfer 28%
• massifs 52%
• melting 24%
• perturbation 21%
• tectonics 100%
• temperature 9%
• Tibet 98%

Earth & Environmental Sciences

• anomaly 10%
• channel flow 17%
• collision 13%
• Cretaceous 23%
• crust 24%
• dating 12%
• emplacement 14%
• exposure 9%
• feldspar 14%
• footwall 71%
• granitoid 46%
• heat transfer 13%
• hydrothermal system 17%
• leucogranite 20%
• magmatism 29%
• mantle 11%
• mass transfer 13%
• melt 23%
• melting 12%
• migmatite 19%
• Miocene 37%
• monazite 18%
• normal fault 31%
• perturbation 12%
• seismic reflection 15%
• tectonic evolution 64%
• temperature 5%
• thermal evolution 75%
• thermal structure 18%
• young 21%
• zircon 13%

Chemical Compounds

• Block Like Crystal 43%
• Collision 63%
• Flow 40%
• Heat Transfer 68%
• Mass Transfer 52%
• Melting Point 52%
• Reflection 50%