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2. Overview of warm-dense-matter experiments with intense heavy ion beams at gsi-darmstadt

Author

Ni, P.A., primary, Bieniosek, F.M., additional, Leitner, M., additional, Logan, B.G., additional, More, R.M., additional, Roy, P.K., additional, Hoffmann, D.H.H., additional, Fernengel, D., additional, Hug, A., additional, Menzel, J., additional, Udrea, S., additional, Tahir, N.A., additional, Varentsov, D., additional, Wahl, H., additional, Kulish, M., additional, Nikolaev, D.N., additional, Ternovoi, V.Ya., additional, Fertman, A., additional, Golubev, A.A., additional, Sharkov, B.Yu., additional, Turtikov, V., additional, and Barnard, J.J., additional

Published
2007
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3. PROTON MICROSCOPY AT FAIR.

Author

Merrill, F. E., Golubev, A. A., Mariam, F. G., Turtikov, V. I., and Varentsov, D.

Subjects
DYNAMIC testing of materials, STRAINS & stresses (Mechanics), RADIOGRAPHY, PROTON microscopes, INDUSTRIAL chemistry
Abstract

Proton radiography was invented in the 1990’s at Los Alamos National Laboratory (LANL) as a diagnostic to study dynamic material properties under extreme pressures, strain and strain rate. Since this time hundreds of dynamic proton radiography experiments have been performed at LANL and a facility has been commissioned at the Institute for Theoretical and Experimental Physics (ITEP) in Russia for similar applications in dynamic material studies. Recently an international effort has investigated a new proton radiography capability for the study of dynamic material properties at the Facility for Anti-proton and Ion Research (FAIR) located in Darmstadt, Germany. This new Proton microscope for FAIR (PRIOR) will provide radiographic imaging of dynamic systems with unprecedented spatial, temporal and density resolution, resulting in a window for understanding dynamic material properties at new length scales. It is also proposed to install the PRIOR system at the GSI Helmholtzzentrum für Schwerionenforschung before installation at FAIR for dynamic experiments with different drivers including high explosives, pulsed power and lasers. The design of the proton microscope and expected radiographic performance is presented. [ABSTRACT FROM AUTHOR]

Published
2009
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4. Optical diagnostics of plasmas created by relativistic heavy ion beam interaction with solid targets

Author

Dewald, E., primary, Constantin, C., additional, Niemann, C., additional, Udrea, S., additional, Jacoby, J., additional, Wieser, J., additional, Varentsov, D., additional, Tahir, N.A., additional, Kozyreva, A., additional, Shutov, A., additional, Tauschwitz, A., additional, Hoffmann, D.H.H., additional, Neuner, U., additional, Roth, M., additional, and Bock, R., additional

Published
2001
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5. Optical diagnostics of plasmas created by relativistic heavy ion beam interaction with solid targets

Author

Dewald, E., primary, Jacoby, J., additional, Roth, M., additional, Bock, R., additional, Constantin, C., additional, Niemann, C., additional, Udrea, S., additional, Varentsov, D., additional, Wieser, J., additional, Kozyreva, A., additional, Tauschwitz, A., additional, Hoffmann, D.H., additional, Neuner, U., additional, Shutov, A., additional, and Tahir, N., additional

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