Genesis of nanometric illite crystals elucidated by light-element (hydrogen, lithium, boron and oxygen) isotope tracing, and K-Ar and Rb-Sr dating

Earth & Environmental Sciences

• lithium 100%
• boron 98%
• illite 93%
• oxygen isotope 88%
• hydrogen 71%
• dating 71%
• crystal 64%
• illitization 54%
• maturation 27%
• nucleation 23%
• fluid 21%
• isotope 20%
• bentonite 19%
• shale 14%
• sandstone 13%
• particle 13%
• organic matter 12%
• fluid composition 11%
• hydrogen isotope 11%
• thermal evolution 11%
• dialysis 11%
• centrifugation 10%
• chemical treatment 10%
• bitumen 10%
• kerogen 10%
• sedimentary sequence 9%
• mica 9%
• reaction rate 9%
• fluid flow 8%
• solute 7%
• volcano 7%
• crystallization 7%
• tracer 7%
• leaching 7%
• temperature 6%
• tectonics 6%
• clay 6%
• speed 6%
• water 5%
• oil 5%
• history 5%
• mineral 5%
• removal 4%
• gas 4%
• trend 4%
• rock 4%
• evaluation 4%
• method 2%

Chemical Compounds

• Boron Atom 80%
• Hydrogen 46%
• Isotope 34%
• Bentonite 29%
• Organic Matter 28%
• Nucleation 21%
• Nanocrystal 21%
• Kerogen 19%
• Crystal Nucleation 18%
• Bitumen 17%
• Environment 15%
• Crystallization Point 14%
• Dialysis 13%
• Crystal Growth 12%
• Centrifugation 12%
• Leaching 11%
• Solute 10%
• Mineral 10%
• Pore 8%
• Chemistry 7%
• Gas 7%
• Solvent 6%
• Amount 5%
• Time 4%