Experimental Petrology

Description

The Experimental Petrology group uses a laboratory-based experimental approach combined with filed observations to study the Earth, its origin, evolution and mineral wealth.  The group operates a wide range of experimental devices for generating the high temperatures and pressures that are needed to reproduce the natural conditions within the Earth.

The equipment includes:-

  • High temperature furnaces capable of reaching 1800⁰C, equipped for precise control of oxygen and sulphur fugacities by gas mixing;
  • Eleven solid-media piston-cylinder devices for generating pressures to 6 GPa and temperatures in excess of 2000⁰C;
  • A multi-anvil apparatus for achieving pressures of 26HPa;
  • A well-equipped hydrothermal  laboratory.

The group runs an array of microbeam analytical techniques, including:

  • Cameca SX100 electron microprobe for major element analysis;
  • Laser-ablation ICP-MS for trace element and isotopic analysis;
  • FTIR spectroscopy for the determination of H₂0, CO₂ and other volatile species;
  • STOE STADIP powder X-ray diffractometer.

Members

Leader

Researcher

Collaborator

Student

Laura Crisp

 +61 4 37519999

Visitor

Picture of Terry Mernagh

Dr Terry Mernagh

 +61 2 6125 2109

Technician

Mr Dean Scott

 +61 2 61253336

Updated:  26 July 2017/Responsible Officer:  RSES Webmaster/Page Contact:  RSES Webmaster