Experimental and theoretical evidence for surface-induced carbon and nitrogen fractionation during diamond crystallization at high temperatures and high pressures

Research output: Contribution to journal › Article › peer-review

Carbon isotopes, Crystal chemistry, Experiment, Fractionation, High pressure, High temperature, Mixed-habit diamond crystallization, Nitrogen impurity, SIMS, Surface structure, HABIT, nitrogen impurity, UDACHNAYA-EAST KIMBERLITE, DEEP MANTLE, HIGH P, experiment, CRYSTAL-GROWTH, SYNTHETIC DIAMOND, mixed-habit diamond crystallization, fractionation, crystal chemistry, IMPURITY, surface structure, high pressure, high temperature, NATURAL DIAMOND, GROWTH-SECTOR DEPENDENCE, carbon isotopes, ISOTOPE FRACTIONATION

ID: 10096327