Publications

Bailey, James E.; Ao, Tommy A.; Harding, Eric H.; Hansen, Stephanie B.; Desjarlais, Michael P.; Lemke, Raymond W.; Rochau, G.A.; Reneker, Joseph R.; Romero, Dustin H.

Abstract not provided.

Ao, Tommy A.; Harding, Eric H.; Bailey, James E.; Sinars, Daniel S.; Hansen, Stephanie B.; Desjarlais, Michael P.; Lemke, Raymond W.; Geissel, Matthias G.; Smith, Ian C.

Abstract not provided.

Rochau, G.A.; Bailey, James E.; Ao, Tommy A.; Harding, Eric H.

Abstract not provided.

Ao, Tommy A.; Bailey, James E.; Hansen, Stephanie B.; Desjarlais, Michael P.; Sinars, Daniel S.; Smith, Ian C.

Abstract not provided.

Dolan, Daniel H.; Seagle, Christopher T.; Ao, Tommy A.; Gomez, Matthew R.; Carlson, Alan L.

Abstract not provided.

Dolan, Daniel H.; Ao, Tommy A.; Seagle, Christopher T.

Abstract not provided.

Dolan, Daniel H.; Ao, Tommy A.; Seagle, Christopher T.

Abstract not provided.

Ao, Tommy A.; Harding, Eric H.; Bailey, James E.; Sinars, Daniel S.; Desjarlais, Michael P.; Hansen, Stephanie B.; Lemke, Raymond W.; Smith, Ian C.

Abstract not provided.

Ao, Tommy A.; Bailey, James E.; Hansen, Stephanie B.; Desjarlais, Michael P.; Mix, L.P.; Smith, Ian C.; Sinars, Daniel S.

Abstract not provided.

Davis, Jean-Paul D.; Lane, James M.; Thompson, Aidan P.; Drake, Richard R.; Weirs, Vincent G.; Flicker, Dawn G.; Robbins, Joshua R.; Lemke, Raymond W.; Martin, Matthew; Alexander, Charles S.; Haill, Thomas A.; Ao, Tommy A.; Dolan, Daniel H.

Abstract not provided.

Ao, Tommy A.

Abstract not provided.

Dolan, Daniel H.; Ao, Tommy A.

Abstract not provided.

Ao, Tommy A.; Wenger, D.F.; Bailey, James E.; Desjarlais, Michael P.; Hansen, Stephanie B.; Knudson, Marcus D.; Lemke, Raymond W.; Mix, L.P.; Sinars, Daniel S.; Smith, Ian C.

Abstract not provided.

Ao, Tommy A.; Hickman, Randy J.; Fan, Hongyou F.; Wise, Jack L.

Abstract not provided.

Hansen, Stephanie B.; Desjarlais, Michael P.; Bailey, James E.; Harding, Eric H.; Ao, Tommy A.

Abstract not provided.

Ao, Tommy A.; Wenger, D.F.; Bailey, James E.; Desjarlais, Michael P.; Hansen, Stephanie B.; Knudson, Marcus D.; Lemke, Raymond W.; Mix, L.P.; Sinars, Daniel S.; Smith, Ian C.

Abstract not provided.

Ao, Tommy A.; Dolan, Daniel H.

Abstract not provided.

Dolan, Daniel H.; Ao, Tommy A.

Abstract not provided.

Journal of Applied Physics

Ao, Tommy A.; Vogler, Tracy V.

Abstract not provided.

Ao, Tommy A.; Dolan, Daniel H.

Abstract not provided.

Ao, Tommy A.; Dolan, Daniel H.

SIRHEN (Sandia InfraRed HEtrodyne aNalysis) is a program for reducing data from photonic Doppler velocimetry (PDV) measurements. SIRHEN uses the short-time Fourier transform method to extract velocity information. The program can be run in MATLAB (2008b or later) or as a Windows executable. This report describes the new Sandia InfraRed HEtrodyne aNalysis program (SIRHEN; pronounced 'siren') that has been developed for efficient and robust analysis of PDV data. The program was designed for easy use within Sandia's dynamic compression community.

Ao, Tommy A.; Dolan, Daniel H.

Abstract not provided.

Ao, Tommy A.

LIVA (Line-Imaging Velocimetry Analysis) is a program for reducing data of a line-imaging optically recording velocity interferometer system (ORVIS) diagnostic. LIVA uses the Fourier transform method to extract phase information from recorded streak camera images. The extracted phase shift is used to infer target velocity as a function of space and time. The program can be run in any current version of MATLAB (2008a or later) or as a Windows XP executable.

Baer, Melvin B.; Hall, Clint A.; Ao, Tommy A.; Hobbs, Michael L.; Hickman, Randy J.; Wise, Jack L.; Trott, Wayne T.

Abstract not provided.

Ao, Tommy A.

IWA (Isentropic Wave Analysis) is a program for analyzing velocity profiles of isentropic compression experiments. IWA applies incremental impedance matching correction to measured velocity profiles to obtain in-situ particle velocity profiles for Lagrangian wave analysis. From the in-situ velocity profiles, material properties such as wave velocities, stress, strain, strain rate, and strength are calculated. The program can be run in any current version of MATLAB (2008a or later) or as a Windows XP executable.