Dr Hotan suggests swapping the Windows based box that is currently attached to the SRTs with a Linux based one. While I have succesfully demonstrated the software can be run on modern Windows environ (namely Vista and W7 Beta 7000), I would rather work in a Linux environ where I feel in control. The Debian Dell in the Astro lab is not curretly being used by the department, and we shall enquire if it can be employed as the SRT control box in the interim period.

A preliminary examination of the mount and its mechanics has been scheduled for this Sunday (080309) where it has been proposed that a full breakdown of the Alt-Azimuth mount is in order. I hope to attempt a series of freehand sketches that show the structure of the mount for future reference, especially in the realm of troubleshooting errors; they are as inevitable as the universal heat death. On this point, Dr Hotan nod that the points most likely to offer up trouble are the extension switches that measure the extension of the altitude arm. In addition, we believe the bearings that guide the arm may have suffered oxidation, and it is they who are responsible for the terribly “jerky” action of the Alt-Extention arm.

My current reading consists of previous student’s reports on using the SRT; Jeff Hodgeson’s Radio Astronomy with the Small Radio Telescope (2008), and Andrew Brown’s The Small Radio Telescope (2007). The SRT Manual itself is of course an invaluable resource. I plan on printing these documents and starting to compile a file for them for quick reference, potentially to be kept with the SRT Control box.

Future Prospects:

• Remote Access to the SRTs via VNC client
• Wirelessly connecting to/from the SRT Control box; 802.11 to Curtin w/less vs 802.11 Ad Hoc vs Secure Bluetooth
• Stress test of SRT capabilities
• Thermal Noise contribution to signal

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