EXPERIMENTAL PETROLOGY LABORATORY Director: Hanna Nekvasil, Professor of Geochemistry
[email protected] 1. Materials synthesis: Minerals, Glasses P: 1 bar-15kbar (1.5 GPa) T: <1800 oC (dependent upon apparatus) 2. Mineral stability 3. Mineral and Glass Alteration/Reaction Fluid-rock Gas-dust Annealing Hydrogen reaction at high T 4. Magma crystallization/rock melting Equipment: • Three piston-cylinder apparatuses for elevated P-T synthesis sample yield 50 mg (small volume; small T gradient) to 500 mg (large volume ; higher T gradient) • Three 1 atm quench furnaces for 1 atm/ high T synthesis and alteration Sample yield varies. • 1 horizontal furnace for 1 atm long term synthesis, T of ~ 900 oC. • 1 Deltech furnace for large volume, 1 atm synthesis • 2 dozen hydrothermal vessels for long term 1-2 kbar synthesis at <800 oC. • 1 muffle furnace for large volume synthesis up to 1100 oC. • Mixers, torch, welders etc. for sample preparation Research collaboration is welcome! Please note: • This is a research lab, with all work being done by students trying to progress towards a degree. (There is no lab technician.) Therefore, all synthesis requests need to have a research component involving the student doing the synthesis, one acceptable to NSF or NASA and supported by a funding agency. • This lab is not for mineral synthesis by aqueous techniques. HI-SEAS Hawai’i Space Exploration Analog & Simulation Dr. Michaela Musilova Director of HI-SEAS
[email protected] Credit: Epic Tours DLR.de • Chart 1 > Lecture Series - Our Moon: Robotics & Sensors for Lunar Operations >
[email protected] > 16.07.2021 ARCHES - Autonomous Robotic Networks to Help Modern Societies Goal Cross-domain development of technologies and methods to build autonomous, networked robotic systems to address pressing societal challenges .