Abstract
Relativistic heavy-ion collisions of few-electron projectiles ranging from argon up to uranium have been investigated in solid and gaseous media. Electron-loss and electron-capture cross sections, charge-state distributions, as well as energy loss and energy deposition have been measured and are compared with theoretical predictions. Especially fully-ionized heavy projectiles represent a unique possibility to test atomic-collision theories. (orig.)
Scheidenberger, C;
[1]
Geissel, H;
[1]
Stoehlker, T;
[1]
Folger, H;
[1]
Irnich, H;
[1]
Kozhuharov, C;
[1]
Magel, A;
[2]
Mokler, P H;
[1]
Moshammer, R;
[1]
Muenzenberg, G;
[1]
Nickel, F;
[1]
Pfuetzner, M;
[1]
Rymuza, P;
[1]
Schwab, W;
[1]
Ullrich, J;
[1]
Voss, B
[3]
- Gesellschaft fuer Schwerionenforschung mbH, Darmstadt (Germany)
- Giessen Univ. (Germany)
- Technische Hochschule Darmstadt (Germany)
Citation Formats
Scheidenberger, C, Geissel, H, Stoehlker, T, Folger, H, Irnich, H, Kozhuharov, C, Magel, A, Mokler, P H, Moshammer, R, Muenzenberg, G, Nickel, F, Pfuetzner, M, Rymuza, P, Schwab, W, Ullrich, J, and Voss, B.
Charge state and energy loss of relativistic heavy ions in matter.
Germany: N. p.,
1993.
Web.
Scheidenberger, C, Geissel, H, Stoehlker, T, Folger, H, Irnich, H, Kozhuharov, C, Magel, A, Mokler, P H, Moshammer, R, Muenzenberg, G, Nickel, F, Pfuetzner, M, Rymuza, P, Schwab, W, Ullrich, J, & Voss, B.
Charge state and energy loss of relativistic heavy ions in matter.
Germany.
Scheidenberger, C, Geissel, H, Stoehlker, T, Folger, H, Irnich, H, Kozhuharov, C, Magel, A, Mokler, P H, Moshammer, R, Muenzenberg, G, Nickel, F, Pfuetzner, M, Rymuza, P, Schwab, W, Ullrich, J, and Voss, B.
1993.
"Charge state and energy loss of relativistic heavy ions in matter."
Germany.
@misc{etde_10139819,
title = {Charge state and energy loss of relativistic heavy ions in matter}
author = {Scheidenberger, C, Geissel, H, Stoehlker, T, Folger, H, Irnich, H, Kozhuharov, C, Magel, A, Mokler, P H, Moshammer, R, Muenzenberg, G, Nickel, F, Pfuetzner, M, Rymuza, P, Schwab, W, Ullrich, J, and Voss, B}
abstractNote = {Relativistic heavy-ion collisions of few-electron projectiles ranging from argon up to uranium have been investigated in solid and gaseous media. Electron-loss and electron-capture cross sections, charge-state distributions, as well as energy loss and energy deposition have been measured and are compared with theoretical predictions. Especially fully-ionized heavy projectiles represent a unique possibility to test atomic-collision theories. (orig.)}
place = {Germany}
year = {1993}
month = {Oct}
}
title = {Charge state and energy loss of relativistic heavy ions in matter}
author = {Scheidenberger, C, Geissel, H, Stoehlker, T, Folger, H, Irnich, H, Kozhuharov, C, Magel, A, Mokler, P H, Moshammer, R, Muenzenberg, G, Nickel, F, Pfuetzner, M, Rymuza, P, Schwab, W, Ullrich, J, and Voss, B}
abstractNote = {Relativistic heavy-ion collisions of few-electron projectiles ranging from argon up to uranium have been investigated in solid and gaseous media. Electron-loss and electron-capture cross sections, charge-state distributions, as well as energy loss and energy deposition have been measured and are compared with theoretical predictions. Especially fully-ionized heavy projectiles represent a unique possibility to test atomic-collision theories. (orig.)}
place = {Germany}
year = {1993}
month = {Oct}
}