A suite of spectrometers is routinely employed for 57Fe- and 169Tm-Mössbauer spectroscopy measurements at room temperature and over the temperature range, 4.2 - 300 K, with a high-temperature furnace (300- 720 K) for 57Fe.
Our thermal vacuum chamber laboratory replicates space environments and is used to test how objects and materials will behave in those conditions. It features two chambers and solar simulation capability.
The Special Collections at UNSW Canberra houses 13,500 rare books and 350+ manuscript collections as well as theses, videos, maps, Commonwealth records, photographs, slides, and negatives. We provide both physical and digital access,
A shielded radiochemistry laboratory is available for the safe storage of radioactive samples, and the preparation of wet and open radioactive sources. It features several flow cabinets and detectors for activity evaluation.
The Indoor Robotics Flight Test Facility is a large netted area (10m x 10m x 4m) used for testing robots indoors. The laboratory is equipped with a 20 camera motion capture system that tracks the position and orientation of multiple robots at speeds up to 200 times per second.
Our PC laboratory areas have 105 seats in the new facility and 140 overall when you include older lab spaces. Our server hosts over 2,000 virtual machines, 360 threads, 6TB RAM and 140TB all SSD storage across an 8-node hyper-converged private cloud.
The Supersonic Wind Tunnel and Shock Tube Laboratory houses a Mach 2 to 3 blowdown supersonic tunnel and two shock tube facilities for steady and non-steady high-speed flow experiments. All three facilities are used for the investigation of steady and non-steady high-speed flows.
UNSW Canberra Space is equipped with two satellite ground stations that enable us to communicate with our spacecraft. One is located on campus, while a larger industrial-grade satellite is positioned just outside the ACT border in Yass, hosted by our ground station partner Cingulan Space.
A tiny speck of dust has the potential to cause major issues for spacecraft. Our Class 10,000 cleanroom provides a pristine environment for the development, integration and build of our satellites and various subsystems.
The T-ADFA facility is an Australian-developed experimental device capable of generating flows with the speed of up to 12 times the speed of sound at temperatures that can simulate Earth entry conditions and hypersonic air-breathing flight. This facility also has developed state-of-the-art laser-
The Two-Stage Light Gas Gun is one of the University's flagship pieces of equipment. It is versatile, boasting three different firing configurations to suit the needs of most high-velocity impact experiment.
We play a vital role in the US Air Force Academy’s world-wide Falcon Telescope Network, housing one of the 12 telescopes. Working in collaboration with institutions from across the globe, the University provides the infrastructure needed to support the Canberra node.