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Box 4

 Container

Contains 41 Collections and/or Records:

Co-op Projects, 1973

 File — Box: 4, Folder: 1
Identifier: Folder 1
Scope and Contents These papers document the career of Philip Duncan Thompson (1922-1994), whose research focused on the large-scale dynamics of the atmosphere, numerical weather prediction, and the statistical theory of hydrodynamic turbulence. The materials cover his career as a regular officer in the United States Air Force in meteorology beginning in World War II, continuing at the Institute for Advanced Study's Electronic Computer Project, the Air Force Cambridge Research Labs, the Joint Numerical Weather...

Couette flow, 1975

 File — Box: 4, Folder: 2
Identifier: Folder 2
Scope and Contents These papers document the career of Philip Duncan Thompson (1922-1994), whose research focused on the large-scale dynamics of the atmosphere, numerical weather prediction, and the statistical theory of hydrodynamic turbulence. The materials cover his career as a regular officer in the United States Air Force in meteorology beginning in World War II, continuing at the Institute for Advanced Study's Electronic Computer Project, the Air Force Cambridge Research Labs, the Joint Numerical Weather...

Couette flow, undated

 File — Box: 4, Folder: 3
Identifier: Folder 3
Scope and Contents These papers document the career of Philip Duncan Thompson (1922-1994), whose research focused on the large-scale dynamics of the atmosphere, numerical weather prediction, and the statistical theory of hydrodynamic turbulence. The materials cover his career as a regular officer in the United States Air Force in meteorology beginning in World War II, continuing at the Institute for Advanced Study's Electronic Computer Project, the Air Force Cambridge Research Labs, the Joint Numerical Weather...

Couette flow: Resonance and non-linear effects, undated

 File — Box: 4, Folder: 4
Identifier: Folder 4
Scope and Contents These papers document the career of Philip Duncan Thompson (1922-1994), whose research focused on the large-scale dynamics of the atmosphere, numerical weather prediction, and the statistical theory of hydrodynamic turbulence. The materials cover his career as a regular officer in the United States Air Force in meteorology beginning in World War II, continuing at the Institute for Advanced Study's Electronic Computer Project, the Air Force Cambridge Research Labs, the Joint Numerical Weather...

Effect of station location on accuracy of optimum interpolation, 1980s?

 File — Box: 4, Folder: 5
Identifier: Folder 5
Scope and Contents These papers document the career of Philip Duncan Thompson (1922-1994), whose research focused on the large-scale dynamics of the atmosphere, numerical weather prediction, and the statistical theory of hydrodynamic turbulence. The materials cover his career as a regular officer in the United States Air Force in meteorology beginning in World War II, continuing at the Institute for Advanced Study's Electronic Computer Project, the Air Force Cambridge Research Labs, the Joint Numerical Weather...

Equilibrium K. E. spectra and transfer rates for randomly-forced, viscous 2-D flowa. New approach., 1980s?

 File — Box: 4, Folder: 6
Identifier: Folder 6
Scope and Contents These papers document the career of Philip Duncan Thompson (1922-1994), whose research focused on the large-scale dynamics of the atmosphere, numerical weather prediction, and the statistical theory of hydrodynamic turbulence. The materials cover his career as a regular officer in the United States Air Force in meteorology beginning in World War II, continuing at the Institute for Advanced Study's Electronic Computer Project, the Air Force Cambridge Research Labs, the Joint Numerical Weather...

Evolution of baroclimic waves, undated

 File — Box: 4, Folder: 7
Identifier: Folder 7
Scope and Contents These papers document the career of Philip Duncan Thompson (1922-1994), whose research focused on the large-scale dynamics of the atmosphere, numerical weather prediction, and the statistical theory of hydrodynamic turbulence. The materials cover his career as a regular officer in the United States Air Force in meteorology beginning in World War II, continuing at the Institute for Advanced Study's Electronic Computer Project, the Air Force Cambridge Research Labs, the Joint Numerical Weather...

General circulation problems, 1960s?

 File — Box: 4, Folder: 8
Identifier: Folder 8
Scope and Contents These papers document the career of Philip Duncan Thompson (1922-1994), whose research focused on the large-scale dynamics of the atmosphere, numerical weather prediction, and the statistical theory of hydrodynamic turbulence. The materials cover his career as a regular officer in the United States Air Force in meteorology beginning in World War II, continuing at the Institute for Advanced Study's Electronic Computer Project, the Air Force Cambridge Research Labs, the Joint Numerical Weather...

General - Program, plans, 1983 - 1985

 File — Box: 4, Folder: 9
Identifier: Folder 9
Scope and Contents These papers document the career of Philip Duncan Thompson (1922-1994), whose research focused on the large-scale dynamics of the atmosphere, numerical weather prediction, and the statistical theory of hydrodynamic turbulence. The materials cover his career as a regular officer in the United States Air Force in meteorology beginning in World War II, continuing at the Institute for Advanced Study's Electronic Computer Project, the Air Force Cambridge Research Labs, the Joint Numerical Weather...

The "hole" problem, undated

 File — Box: 4, Folder: 10
Identifier: Folder 10
Scope and Contents These papers document the career of Philip Duncan Thompson (1922-1994), whose research focused on the large-scale dynamics of the atmosphere, numerical weather prediction, and the statistical theory of hydrodynamic turbulence. The materials cover his career as a regular officer in the United States Air Force in meteorology beginning in World War II, continuing at the Institute for Advanced Study's Electronic Computer Project, the Air Force Cambridge Research Labs, the Joint Numerical Weather...