Abstract
Projectile X-ray emission and charge-exchange processes are studied for bare and one-electron Bi, Pb, and U ions in collisions with gaseous and solid targets at relativistic energies. The experimental data for both, the total and sub-shell differential cross sections, are discussed and compared with theoretical predictions. Moreover, the experiments were extended to atomic structure studies. The result on the groundstate Lamb-shift for hydrogenic uranium is presented which compares very well with theoretical prediction. (orig.)
Stoehlker, T;
[1]
Mokler, P H;
[1]
Beckert, K;
[1]
Bosch, F;
[1]
Eickhoff, H;
[1]
Franzke, B;
[1]
Geissel, H;
[1]
Jung, M;
[1]
Kandler, T;
[1]
Kucharski, M;
[2]
Klepper, O;
[1]
Kozhuharov, C;
[1]
Moshammer, R;
[1]
Nickel, F;
[1]
Nolden, F;
[1]
Reich, H;
[1]
Rymuza, P;
[1]
Scheidenberger, C;
[1]
Spaedtke, P;
[1]
Stachura, Z;
[3]
Steck, M;
[1]
Warczak, A
[2]
- Gesellschaft fuer Schwerionenforschung mbH, Darmstadt (Germany)
- Uniwersytet Jagiellonski, Cracow (Poland). Inst. Fizyki
- Institute of Nuclear Physics, Cracow (Poland)
Citation Formats
Stoehlker, T, Mokler, P H, Beckert, K, Bosch, F, Eickhoff, H, Franzke, B, Geissel, H, Jung, M, Kandler, T, Kucharski, M, Klepper, O, Kozhuharov, C, Moshammer, R, Nickel, F, Nolden, F, Reich, H, Rymuza, P, Scheidenberger, C, Spaedtke, P, Stachura, Z, Steck, M, and Warczak, A.
X-ray emission from very-heavy H- and He-like ions in collisions with gaseous and solid targets.
Germany: N. p.,
1993.
Web.
Stoehlker, T, Mokler, P H, Beckert, K, Bosch, F, Eickhoff, H, Franzke, B, Geissel, H, Jung, M, Kandler, T, Kucharski, M, Klepper, O, Kozhuharov, C, Moshammer, R, Nickel, F, Nolden, F, Reich, H, Rymuza, P, Scheidenberger, C, Spaedtke, P, Stachura, Z, Steck, M, & Warczak, A.
X-ray emission from very-heavy H- and He-like ions in collisions with gaseous and solid targets.
Germany.
Stoehlker, T, Mokler, P H, Beckert, K, Bosch, F, Eickhoff, H, Franzke, B, Geissel, H, Jung, M, Kandler, T, Kucharski, M, Klepper, O, Kozhuharov, C, Moshammer, R, Nickel, F, Nolden, F, Reich, H, Rymuza, P, Scheidenberger, C, Spaedtke, P, Stachura, Z, Steck, M, and Warczak, A.
1993.
"X-ray emission from very-heavy H- and He-like ions in collisions with gaseous and solid targets."
Germany.
@misc{etde_10140004,
title = {X-ray emission from very-heavy H- and He-like ions in collisions with gaseous and solid targets}
author = {Stoehlker, T, Mokler, P H, Beckert, K, Bosch, F, Eickhoff, H, Franzke, B, Geissel, H, Jung, M, Kandler, T, Kucharski, M, Klepper, O, Kozhuharov, C, Moshammer, R, Nickel, F, Nolden, F, Reich, H, Rymuza, P, Scheidenberger, C, Spaedtke, P, Stachura, Z, Steck, M, and Warczak, A}
abstractNote = {Projectile X-ray emission and charge-exchange processes are studied for bare and one-electron Bi, Pb, and U ions in collisions with gaseous and solid targets at relativistic energies. The experimental data for both, the total and sub-shell differential cross sections, are discussed and compared with theoretical predictions. Moreover, the experiments were extended to atomic structure studies. The result on the groundstate Lamb-shift for hydrogenic uranium is presented which compares very well with theoretical prediction. (orig.)}
place = {Germany}
year = {1993}
month = {Aug}
}
title = {X-ray emission from very-heavy H- and He-like ions in collisions with gaseous and solid targets}
author = {Stoehlker, T, Mokler, P H, Beckert, K, Bosch, F, Eickhoff, H, Franzke, B, Geissel, H, Jung, M, Kandler, T, Kucharski, M, Klepper, O, Kozhuharov, C, Moshammer, R, Nickel, F, Nolden, F, Reich, H, Rymuza, P, Scheidenberger, C, Spaedtke, P, Stachura, Z, Steck, M, and Warczak, A}
abstractNote = {Projectile X-ray emission and charge-exchange processes are studied for bare and one-electron Bi, Pb, and U ions in collisions with gaseous and solid targets at relativistic energies. The experimental data for both, the total and sub-shell differential cross sections, are discussed and compared with theoretical predictions. Moreover, the experiments were extended to atomic structure studies. The result on the groundstate Lamb-shift for hydrogenic uranium is presented which compares very well with theoretical prediction. (orig.)}
place = {Germany}
year = {1993}
month = {Aug}
}