Titlebook: Golden Years of Australian Radio Astronomy; An Illustrated Histo Wayne Orchiston,Peter Robertson,Woodruff T. Sulliv Book‘‘‘‘‘‘‘‘ 2021 The A

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https://doi.org/10.1007/978-3-030-27747-5enigmatic ‘radio star’ in Cygnus that the British team of Stanley Hey (1909–2000, Fig. 4.1), John Parsons and James Phillips (1946) had announced in the 17 August issue of .. Two months later, John Bolton (1922–1993; Fig. 4.2) and research assistant Bruce Slee (1924–2016) were at Dover Heights tryin

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,Exploring the Neighbourhood – the Sun, the Moon and Jupiter,s, but initial searches by a number of different investigators proved fruitless (e.g. see Débarbat et al. (2007) for details of Nordmann’s search in 1901). Success would come half-century later, thanks largely to the development of wartime radar.

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Where did it all Lead?, about five years radio astronomy not only became the dominant research program, but the RP group was easily the largest and most generously funded in the world. The two main rivals to Radiophysics were the Jodrell Bank group at the University of Manchester led by Bernard Lovell and the Cavendish La

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Conclusion: Some Final Thoughts,d during the tearing process. Further, the energy consumption is increasing rapidly with increasing tearing rate. A few preliminary experiments are made. The computed behavior is partly verified. The implications for slow stable crack tip speeds at dynamic fracture are discussed.

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Dissecting Context-Specific Galectin Binding Using Glycoengineered Cell Libraries, of glycoengineered cell libraries with defined glyco-phenotypes. The following section will show how galectin specificities can be probed in the natural context of cellular surfaces using glycoengineered cell libraries, and how binding to glycoproteins can be measured in solution with fluorescence anisotropy.

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