Sulphur Mountain Cosmic Ray Station

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Sulphur Mountain Cosmic Ray Station
National Historic Site of Canada
Sulphur Mountain Weather Station.JPG
View of the weather station perched on the summit of Sulphur Mountain just above where the dismantled Cosmic Ray Station once stood
Coordinates: 51°08′41″N 115°34′33″W / 51.14472°N 115.57583°W / 51.14472; -115.57583Coordinates: 51°08′41″N 115°34′33″W / 51.14472°N 115.57583°W / 51.14472; -115.57583
Province Alberta
Elevation 2,283 m (7,490 ft)
Designated as a NHSC 1982
Origin of name Sulphur Mountain
Founder National Research Council
Year built 1956
Website Parks Canada page

Sulphur Mountain Cosmic Ray Station, a National Historic Site of Canada found atop Sulphur Mountain in Banff National Park, commemorates Canada's participation in the International Geophysical Year, during 1957 to 1958. Canada constructed nine sites to study cosmic rays, but this site in particular was the most important due to its higher elevation. The National Research Council constructed a laboratory at the site in the winter of 1956-57. The building was not visible from the Banff townsite as a condition of its construction.[1]

The station was run by Dr. B. G. Wilson with the help of two assistants [2] and was equipped with a standard IGY neutron monitor.[3] The national research council maintained its operation until 1960 when the University of Calgary took over its operations and Dr. Wilson found a permanent position there.[2] An improved NM64 neutron monitor was installed in 1963 but the IGY monitor continued to operate until 1972.[3] The station ceased operations in 1978 and the building was dismantled in 1981.[1] In 1982 it was designated as a National Historic Site. A plaque now marks the spot of the station's location.

References[edit]

  1. ^ a b "Sulphur Mountain Cosmic Ray Station National Historic Site of Canada". Parks Canada. Retrieved 2009-08-15. 
  2. ^ a b "Traveller's Tales". Parks Canada. Retrieved 2010-06-23. 
  3. ^ a b M. A. Shea and D. F. Smart, Fifty years of cosmic radiation data, Space Science Reviews 93 (2000), 229–262.