This document describes the use of Cards and how it may be readily extended to support other systems.
Our scientific and technical publications are an important vehicle for the dissemination of our work.
We have several goals for our publications:
- To communicate the results of the research program to clients and fulfil our reporting responsibilities to the Department of Defence.
- To record the results of our research program.
- To communicate the results of scientific research and technical information to Australian industry and academia.
- To increase awareness of and enhance the reputation of DST Group.
For enquiries about science and technical publications, or to request a publication please contact Choyvpngvbaf@qfg.qrsrapr.tbi.nh
Latest scientific publications
This report describes the design of a high performance high frequency (HF) active antenna starting from the antenna rod and finishing with the output buffer stage which drives the co-axial transmission line feeding a receiver.
This report describes a simple cost-effective method of measuring the activity of GPCRs coupled to the cAMP signalling pathway.
The goal of this report is, using the 2005 survey of the civilian population, to determine if a survey of the potential aircrew population could be conducted at fewer locations, hence, saving both time and money.
This report describes a radar signal processing technique for detecting helicopter targets based on the micro-Doppler components of the received signal, in a low SNR environment.
This report describes the ongoing development of the Slotted Waveguide Antenna Stiffened Structure (SWASS) technology during the period 2010 to 2012.
The flow structures around a hemispherical protuberance were studied using dye-injection flow visualisation in the DST Group Water Tunnel. A 100 mm diameter hemisphere was placed in a laminar oncoming boundary layer, and video imaging of the dye streamlines were captured at diameter-based Reynolds numbers of 6:91 x 10^3 and 1:15 x 10^4. The observations generally agree well with previous studies, while analysis of the video footage has provided additional insight into the evolution of the unsteady flow field.