During the 1950s Australia was one of the world's foremost astronomical nations owing primarily to the work of the dynamic radio astronomy group within the Commonwealth Scientific and Industrial Research Organisation's Division of Radiophysics. Most of the observations were made at the network of field stations maintained by the Division in or near Sydney, and one of these field stations was Murraybank in the north-western suburbs of Sydney. This paper describes the research activities and equipment used at Murraybank for the investigation of neutral hydrogen emission from our Galaxy and the Magellanic Clouds
The discovery of the radio source Centaurus A and its optical counterpart NGC 5128 were important la...
In 1948, an accomplished industrial physicist who had harboured a long-term ambition to become an as...
During the second half of the 19th century and the first half of the 20th century, four well-equippe...
During the 1950s Australia was one of the world's foremost astronomical nations owing primarily to t...
During the 1950s Australia was one of the world‘s foremost astronomical nations owing primarily to t...
During the 1950s Australia was one of the world's foremost astronomical nations owing primarily to t...
[Extract]This paper provides a summary of the research carried out at the Potts Hill field station d...
During the period 1946–1961 Australia was one of the world’s leading nations in radio astronomy and ...
By the early 1960s the Solar Group within the Commonwealth Scientific and Industrial Research Organi...
On 25 March 1951 H.I. Ewen was working on his doctoral thesis at Harvard University when he detected...
During the 1950s staff [rom the CSIRO's Division of Radiophysics based at the Dover Heights fie...
The Solar Radio Astronomy Group within the Commonwealth Scientific and Industrial Research Organisat...
This thesis presents a detailed study of the research activities of the CSIRO Division of Radiophysi...
In late 1945, O.B. Slee at RAAF Radar Station 59 near Darwin and staff from the CSIRO's Division of ...
I will first give a brief general outline of astronomy activities in Australia, motivated by the sig...
The discovery of the radio source Centaurus A and its optical counterpart NGC 5128 were important la...
In 1948, an accomplished industrial physicist who had harboured a long-term ambition to become an as...
During the second half of the 19th century and the first half of the 20th century, four well-equippe...
During the 1950s Australia was one of the world's foremost astronomical nations owing primarily to t...
During the 1950s Australia was one of the world‘s foremost astronomical nations owing primarily to t...
During the 1950s Australia was one of the world's foremost astronomical nations owing primarily to t...
[Extract]This paper provides a summary of the research carried out at the Potts Hill field station d...
During the period 1946–1961 Australia was one of the world’s leading nations in radio astronomy and ...
By the early 1960s the Solar Group within the Commonwealth Scientific and Industrial Research Organi...
On 25 March 1951 H.I. Ewen was working on his doctoral thesis at Harvard University when he detected...
During the 1950s staff [rom the CSIRO's Division of Radiophysics based at the Dover Heights fie...
The Solar Radio Astronomy Group within the Commonwealth Scientific and Industrial Research Organisat...
This thesis presents a detailed study of the research activities of the CSIRO Division of Radiophysi...
In late 1945, O.B. Slee at RAAF Radar Station 59 near Darwin and staff from the CSIRO's Division of ...
I will first give a brief general outline of astronomy activities in Australia, motivated by the sig...
The discovery of the radio source Centaurus A and its optical counterpart NGC 5128 were important la...
In 1948, an accomplished industrial physicist who had harboured a long-term ambition to become an as...
During the second half of the 19th century and the first half of the 20th century, four well-equippe...