During the 1940s and early 1950s radio astronomers from a number of nations used observations of total and partial solar eclipses to investigate the positions of radio-emitting regions and to determine the distribution of radio emission across the solar disk. Between 1949 and 1954 French radio astronomers from the Ecole Normale Supérieure and the Institute of Astrophysics between them mounted four successful eclipse expeditions to Africa and northern Europe. This short paper lists the personnel involved, discusses their instrumentation, describes the observations made, and evaluates the significance of these observations in an international context
‘Modern astronomy’ was introduced to Siam (present-day Thailand) (Siam officially changed its name t...
Over the four decades from January 1889 to August 1932 15 different expeditions were sent out by the...
Abstract: On 1 November 1948 the Radio Astronomy Group within the Commonwealth Scientific and Indust...
During the 1940s and early 1950s radio astronomers from a number of nations used observations of tot...
Abstract: During the 1940s and early 1950s radio astronomers from a number of nations used observat...
The first tentative steps in solar radio astronomy took place during the 1940s and early 1950s as ph...
International audienceThe first tentative steps in solar radio astronomy took place during the 1940s...
Soon after the discovery of radio waves by Hertz in 1888 the idea that the Sun must emit this radiat...
Radio astronomy in France and in Germany started around 1950. France was then building interferomete...
The Solar Radio Astronomy Group within the Commonwealth Scientific and Industrial Research Organisat...
International audienceDuring the 1940s and 1950s ex-World War II 7.5m Würzburg radar antennas played...
In late 1945, O.B. Slee at RAAF Radar Station 59 near Darwin and staff from the CSIRO's Division of ...
In the early years of radio astronomy, solar eclipses played a critical role in establishing the sou...
During the 1940s and 1950s ex-World War II 7.5m WOrzburg radar antennas played a crucial role in the...
‘Modern astronomy’ was introduced to Siam (present-day Thailand) (Siam officially changed its name t...
‘Modern astronomy’ was introduced to Siam (present-day Thailand) (Siam officially changed its name t...
Over the four decades from January 1889 to August 1932 15 different expeditions were sent out by the...
Abstract: On 1 November 1948 the Radio Astronomy Group within the Commonwealth Scientific and Indust...
During the 1940s and early 1950s radio astronomers from a number of nations used observations of tot...
Abstract: During the 1940s and early 1950s radio astronomers from a number of nations used observat...
The first tentative steps in solar radio astronomy took place during the 1940s and early 1950s as ph...
International audienceThe first tentative steps in solar radio astronomy took place during the 1940s...
Soon after the discovery of radio waves by Hertz in 1888 the idea that the Sun must emit this radiat...
Radio astronomy in France and in Germany started around 1950. France was then building interferomete...
The Solar Radio Astronomy Group within the Commonwealth Scientific and Industrial Research Organisat...
International audienceDuring the 1940s and 1950s ex-World War II 7.5m Würzburg radar antennas played...
In late 1945, O.B. Slee at RAAF Radar Station 59 near Darwin and staff from the CSIRO's Division of ...
In the early years of radio astronomy, solar eclipses played a critical role in establishing the sou...
During the 1940s and 1950s ex-World War II 7.5m WOrzburg radar antennas played a crucial role in the...
‘Modern astronomy’ was introduced to Siam (present-day Thailand) (Siam officially changed its name t...
‘Modern astronomy’ was introduced to Siam (present-day Thailand) (Siam officially changed its name t...
Over the four decades from January 1889 to August 1932 15 different expeditions were sent out by the...
Abstract: On 1 November 1948 the Radio Astronomy Group within the Commonwealth Scientific and Indust...