Biography:Walker Bleakney

From HandWiki
Walker Bleakney
WBleakney.jpg
Born
Elderton, Pennsylvania
DiedJanuary 15, 1992(1992-01-15) (aged 90)
Santa Barbara, California
Educationgraduate of Echo High School, Echo, OR in 1919; source Bleakney papers; Echo School Records
Scientific career
Doctoral advisorJohn T. Tate

Walker Bleakney (February 8, 1901 – January 15, 1992) was an American physicist,[1] one of inventors of mass spectrometers,[1][2][3][4] and widely noted for his research in the fields of atomic physics, molecular physics, fluid dynamics,the ionization of gases, and blast waves.[5] Bleakney was the chair of the department of physics at Princeton University.[5][6] He was the head of the Princeton Ballistic Project during World War II.[5][7]

Career

Bleakney graduated from Whitman College in 1924 with a BS degree. He received his Ph.D. from the University of Minnesota in 1930.[5] He then spent his entire career at Princeton University, first as a National Research Fellow,[8] then as an instructor in 1932.[5]

He then became an assistant professor in 1935 [1], an associate professor in 1938 and a full professor in 1944.[5] Bleakney became the chair of the Department of Physics in 1960, and remained in that capacity until 1967.[5]

Early in his career at Princeton, Bleaker was able to make a difference in nuclear physics. For example, he proved that heavy water contains traces of triple-weight hydrogen (1935).[9] In a team with other Princeton physicists he produced Hydrogen 3 in 1934.[10]

Awards and Distinctions

  • Walker Bleakney was elected to the National Academy of Sciences in 1959[1]
  • National Research Council Fellow, 1930–32[1]
  • Citations for World War II research[1]
  • Honorary D.Sc., Whitman College, 1955[1]
  • American Academy of Arts and Sciences, 1963[1]
  • Cyrus Fogg Bracket Professor of Physics, Princeton University, 1953[1]
  • Class of 1909 Professor of Physics, Princeton University, 1963[1]

References

Further reading

  • R. J. Emrich. Walker Bleakney and the development of the shock tube at Princeton. Shock Wave 5(1996):327–39.

External links