Construction of the Central Service and Stack building and the Phoenix Memorial Laboratory on North Campus, September 1954
Year:
1954
Published In:
Ann Arbor News, September 15, 1954
Caption:
UNIVERSITY'S NORTH CAMPUS: Construction progress on two buildings on the University's North Campus is shown in this air view looking at the new campus from the south. In the foreground the $450,000 Central Service and Stack building nears completion. The $1,00,000 Phoenix Memorial Laboratory, near the center, is well under way. To the right of the laboratory is the completed Mortimer E. Cooley Memorial Laboratory. Three new projects slated for the North Campus later this year and in 1955 are a $1,000,000 nuclear reactor, a $1,850,000 Automotive Laboratory and a housing project for married students.
Ann Arbor News, September 15, 1954
Caption:
UNIVERSITY'S NORTH CAMPUS: Construction progress on two buildings on the University's North Campus is shown in this air view looking at the new campus from the south. In the foreground the $450,000 Central Service and Stack building nears completion. The $1,00,000 Phoenix Memorial Laboratory, near the center, is well under way. To the right of the laboratory is the completed Mortimer E. Cooley Memorial Laboratory. Three new projects slated for the North Campus later this year and in 1955 are a $1,000,000 nuclear reactor, a $1,850,000 Automotive Laboratory and a housing project for married students.
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Extra-thick concrete poured for walls and floor of the Phoenix Memorial Building on North Campus, August 1954 Photographer: Pete Mann
Year:
1954
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Bobby and the Old Professor: Atom Smashing
Parent Issue
Day
9
Month
May
Year
1942
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Atom Smasher Installed at U-M Cyclotron Building on North Campus, March 1961 Photographer: Duane Scheel
Year:
1961
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Atom Smasher Installed at U-M Cyclotron Building on North Campus, March 1961 Photographer: Duane Scheel
Year:
1961
Published In:
Ann Arbor News, March 15, 1961
Caption:
INSTALL ATOM SMASHER: Workers today lowered the 310-ton atom smasher core of the University's new $1,800,000, 40-million-electron-volt cyclotron into position in the partially completed $1,100,000 U-M Cyclotron Building on North Campus. Work on the cyclotron and building is being done by the Henry W. deKoning Construction Co. of Ann Arbor. When completed in 1963, it will be used for research on the nuclei of the heavier atomic elements.
Ann Arbor News, March 15, 1961
Caption:
INSTALL ATOM SMASHER: Workers today lowered the 310-ton atom smasher core of the University's new $1,800,000, 40-million-electron-volt cyclotron into position in the partially completed $1,100,000 U-M Cyclotron Building on North Campus. Work on the cyclotron and building is being done by the Henry W. deKoning Construction Co. of Ann Arbor. When completed in 1963, it will be used for research on the nuclei of the heavier atomic elements.
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Atom Smasher Installed at U-M Cyclotron Building on North Campus, March 1961 Photographer: Duane Scheel
Year:
1961
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Nuclear Reactor at Phoenix Lab, 1965 Photographer: Duane Scheel
Year:
1965
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Phoenix Project, North Campus, August 1968 Photographer: Jack Stubbs
Year:
1968
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Phoenix Project, North Campus, August 1968 Photographer: Jack Stubbs
Year:
1968
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Thomas A. Leonard in the Phoenix Memorial Laboratory, North Campus, August 1968 Photographer: Jack Stubbs
Year:
1968
Published In:
Ann Arbor News, September 8, 1968
Caption:
Gas Ionized A blinding flash turns the transparent ports white (right) as Thomas A. Leonard of Ann Arbor, a U-M doctoral candidate, presses button to vaporize a lithium wire. The resulting gas is ionized by an electrical discharge to generate a hot, high-density plasma. Scattered laser light is measured to provide information about plasma temperature and density. Leonard carries out his experiment in the Fluids Engineering building on North Campus.
Ann Arbor News, September 8, 1968
Caption:
Gas Ionized A blinding flash turns the transparent ports white (right) as Thomas A. Leonard of Ann Arbor, a U-M doctoral candidate, presses button to vaporize a lithium wire. The resulting gas is ionized by an electrical discharge to generate a hot, high-density plasma. Scattered laser light is measured to provide information about plasma temperature and density. Leonard carries out his experiment in the Fluids Engineering building on North Campus.
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