- Study Here
- Research Areas
- Research Groups and Affiliated Institutes
- All Facilities
- Diamond Anvil Cell
- Instrumentation Development Workshop
- Mantle Rheology
- Rock Preparation
- Scanning Electron Microscope
- SEM charges
- X-Ray Diffraction Laboratory
- Environmental Sedimentology Facility
- The Micropalaeontology Laboratories
- Wolfson Laboratory for Environmental Geochemistry
- Cross-Faculty Elemental Analysis Facility
- Sediment Deformation
- Rock Mechanics
- Fracture Mechanics
- Ice Physics
- Fluid Dynamics
- Geophys Equipment
- SEM Laboratory Charges.
- Engineering Design & Development
- Biogeochemistry Laboratory
- All Facilities
- PhD Topics
- Crystallography And Mineral Physics
- My Department
Thinking of studying earth sciences?
- Location: Room OB01, Basement, Kathleen Lonsdale Building
- Telephone Extension: 32397
- Laboratory Manager: John Bowles
A range of activities are performed in this laboratory. The area houses a variety of apparatus for the Rock & Ice Physics and Crystallography and Mineral Physics research groups. Undergraduate experimental practical classes are also performed in this laboratory.
Research Equipment Includes:
The MetriPol is a new automated birefringence analysis
system that is being used to study anomalous birefringence
diamonds. Not only are we interested in looking at natural
diamonds but also diamonds synthesized using both high pressure
high temperature techniques (experiments are done in the Haskel
Multi-Anvil Lab), as well as those made by chemical vapour
deposition (CVD) techniques.
Proscan 2000 Surface Profilometer
The Proscan 2000 is a fast and accurate non-contact
3D profilometer. It is used for a wide variety of applications
where it is important to know the exact profile and form of
the surface. Using the very latest non contact sensor technology
it measures the surface profile down to 10 nm at a rate of
2000 points per second.
The profilometer allows us to characterise surfaces in fracture and friction experiments.
Ultrasonic Wave Velocity Anistropy Measurement System
Our system allows measurement of ultrasonic (1MHz) P and S wave velocities to be made in 10O steps on rock cores from 25mm to 60mm in diameter. Different sample holders allow for both axial and radial measurement.
Measurements can even be made on poorly-consolidated sedimentary rocks due to the high power (900 volt) pulse generators available.