Large Scale Artificial Intelligence Augmented Mineral Analysis (LS-MAIner) – characterization of volcanic rocks for diffusion chronometry (sub-project TP8 of the Research Unit 2881: Diffusion Chronometry of magmatic systems)

Project: Research

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Projects

  1. Diffusion in common mineral phases. Part 3: Chain silicates: pyroxene and amphibole (sub-project TP1 of the Research Unit 2881: Diffusion Chronometry of magmatic systems)

    Holtz, F. (Principal Investigator)

    1 Aug 2024 → 31 Jul 2027

    Project: Research

  2. Chronometry in plutonic rocks: cooling rates of ancient oceanic crust (sub-project TP7 of the Research Unit 2881: Diffusion Chronometry of magmatic systems)

    Kirchenbaur da Fonseca, M. (Principal Investigator)

    1 Nov 2020 → 31 Jul 2024

    Project: Research

  3. Diffusion-driven Fe-Mg and Li isotope fractionation in olivine: An experimental investigation and new modeling approach (sub-project TP3 of the Research Unit 2881: Diffusion Chronometry of magmatic systems)

    Weyer, S. (Principal Investigator)

    1 Nov 2020 → 31 May 2024

    Project: Research

  4. Diffusion in common mineral phases. Part 1: pyroxene (sub-project TP1 of the Research Unit 2881: Diffusion Chronometry of magmatic systems)

    Behrens, H. (Principal Investigator)

    1 Nov 2020 → 31 Oct 2023

    Project: Research

  5. Diffusion in common mineral phases. Part 2: plagioclase (sub-project TP2 of the Research Unit 2881: Diffusion Chronometry of magmatic systems)

    Behrens, H. (Principal Investigator)

    1 Nov 2020 → 31 Mar 2024

    Project: Research

  6. Phase stability fields in calc-alkaline magmatic systems and textural evolution of crystalline aggregates (sub-project TP4 of the Research Unit 2881: Diffusion Chronometry of magmatic systems)

    Holtz, F. (Principal Investigator)

    1 Nov 2020 → 31 May 2024

    Project: Research