George, Martin (Author)
Orchiston, Wayne (Author)
Wielebinski, Richard (Author)
In the 1960s, Grote Reber (1911−2002) established and used an antenna array near Bothwell in Tasmania. Working independently, he produced a radio map of the southern sky at a frequency of 2.085 MHz (a wavelength of 144 metres). Encouraged by this success, he modified the array in the 1970s to work at 1.155 MHz, but this second endeavour failed to produce any usable results.
...MoreArticle Martin George; Wayne Orchiston; Bruce Slee; Richard Wielebinski (2016) The history of early low frequency radio astronomy in Australia. 6: Michael Bessell and the University of Tasmania's Richmond field station near Hobart. Journal of Astronomical History and Heritage (pp. 185-194).
Article Martin George; Wayne Orchiston; Richard Wielebinski (2018) The history of early low frequency radio astronomy in Australia. 9: The University of Tasmania's Llanherne (Hobart Airport) Field Station during the 1960s-1980s. Journal of Astronomical History and Heritage (pp. 37-64).
Article Wayne Orchiston; Martin George; Harry Wendt; Richard Wielebinski (2021) The history of early low frequency radio astronomy in Australia. 10: Shain, Gardner, and Jovian observations made at Fleurs and Potts Hill field stations in Sydney during 1955–1956. Journal of Astronomical History and Heritage (pp. 141-158).
Article Orchiston, Wayne; George, Martin; Slee, Bruce; Wielebinski, Richard (2015) The History of Early Low Frequency Radio Astronomy in Australia. 1: The CSIRO Division of Radiophysics. Journal of Astronomical History and Heritage (pp. 3-14).
Article George, Martin; Orchiston, Wayne; Slee, Bruce; Wielebinski, Richard (2015) The History of Early Low Frequency Radio Astronomy in Australia. 2: Tasmania. Journal of Astronomical History and Heritage.
Article Martin George; Wayne Orchiston; Richard Wielebinski (2017) The history of low frequency radio astronomy in Australia. 7: Philip Hamilton, Raymond Haynes and the University of Tasmania's Penna Field Station near Hobart. Journal of Astronomical History and Heritage (pp. 95-111).
Article
Martin George;
Wayne Orchiston;
Richard Wielebinski;
(2017)
The history of low frequency radio astronomy in Australia. 7: Philip Hamilton, Raymond Haynes and the University of Tasmania's Penna Field Station near Hobart
(/isis/citation/CBB566159386/)
Article
Martin George;
Wayne Orchiston;
Bruce Slee;
Richard Wielebinski;
(2016)
The history of early low frequency radio astronomy in Australia. 6: Michael Bessell and the University of Tasmania's Richmond field station near Hobart
(/isis/citation/CBB733525508/)
Article
Orchiston, Wayne;
Slee, Bruce;
(2002)
Ingenuity and Initiative in Australian Radio Astronomy: The Dover Heights “Hole-in-the Ground” Antenna
(/isis/citation/CBB000300544/)
Article
Orchiston, Wayne;
George, Martin;
Slee, Bruce;
Wielebinski, Richard;
(2015)
The History of Early Low Frequency Radio Astronomy in Australia. 1: The CSIRO Division of Radiophysics
(/isis/citation/CBB001551807/)
Article
George, Martin;
Orchiston, Wayne;
Slee, Bruce;
Wielebinski, Richard;
(2015)
The History of Early Low Frequency Radio Astronomy in Australia. 2: Tasmania
(/isis/citation/CBB001551808/)
Article
Wayne Orchiston;
Tsuko Nakamura;
Masato Ishiguro;
(2016)
Highlighting the history of Japanese radio astronomy. 4: Early solar research in Osaka
(/isis/citation/CBB926242878/)
Article
Wayne Orchiston;
Harry Wendt;
(2017)
The contribution of the Georges Heights Experimental Radar Antenna to Australian radio astronomy
(/isis/citation/CBB041178066/)
Article
Donald B. Campbell;
(2019)
Radio astronomy at Cornell University: The early years, 1946 to 1962
(/isis/citation/CBB504578143/)
Article
K. T. Chyży;
J. Kijak;
A. Kus;
M. Soida;
R. Wielebinski;
(2023)
The History of Radio Astronomy in Poland: From Solar Patrols to Pulsars and VLBI
(/isis/citation/CBB525692865/)
Book
Paul A. Vanden Bout;
Robert L. Dickman;
Adele L. Plunkett;
(2023)
The ALMA Telescope
(/isis/citation/CBB223292385/)
Article
Kurazo 庫三 Chiba 千葉;
(2020)
[History of Radio Astronomy Research in Japan as Having Led to Its Global Position: Emphasizing on Scientific Goals and the Equipment Development at Nobeyama Radio Observatory] 日本の宇宙電波天文学研究が世界水準に達した経緯: 野辺山観測所における科学目標設定と装置開発
(/isis/citation/CBB371651482/)
Article
Wielebinski, Richard;
Junkes, Norbert;
Grahl, Berndt H.;
(2011)
The Effelsberg 100-m Radio Telescope: Construction and Forty Years of Radio Astronomy
(/isis/citation/CBB001221505/)
Article
Pick, Monique;
Steinberg, Jean-Louis;
Orchiston, Wayne;
Boischot, Andre;
(2011)
Highlighting the History of French Radio Astronomy, 6: The Multi-Element Grating Arrays
(/isis/citation/CBB001221509/)
Article
Penny, Alan John;
(2013)
The SETI Episode in the 1967 Discovery of Pulsars
(/isis/citation/CBB001320787/)
Book
Agar, Jon;
(1998)
Science and Spectacle: The Work of Jodrell Bank in Post-War British Culture
(/isis/citation/CBB000330241/)
Article
Simone Turchetti;
(2023)
Representing noise: stacked plots and the contrasting diplomatic ambitions of radio astronomy and post-punk
(/isis/citation/CBB881861566/)
Article
Wayne Orchiston;
(2022)
Govind Swarup, Potts Hill and the Kalyan Array: India's first radio telescope
(/isis/citation/CBB478495888/)
Article
Cohen, Marshall;
(2009)
Genesis of the 1000-foot Arecibo Dish
(/isis/citation/CBB001034797/)
Article
Orchiston, Wayne;
Mathewson, Don;
(2009)
Chris Christiansen and the Chris Cross
(/isis/citation/CBB001034786/)
Article
Orchiston, Wayne;
Steinberg, Jean-Louis;
(2007)
Highlighting the History of French Radio Astronomy, 2: The Solar Eclipse Observations of 1949--1954
(/isis/citation/CBB000831603/)
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