G. Weber,
T. Stöhlker,
D. Banaś,
S. Fritzsche,
A. Gumberidze,
S. Hagmann,
S. Hess,
C. Kozhuharov,
M. Nofal,
U. Popp,
R. Reuschl,
U. Spillmann,
A. Surzhykov,
and S. Trotsenko
Radiative processes studied for bare uranium ions in collisions with H_2
J. Phys.: Conf. Ser., 58 :243 (January 2007)
Radiative processes studied for bare uranium ions in collisions with H_2
J. Phys.: Conf. Ser., 58 :243 (January 2007)
Abstract:
Radiative processes occurring in collision of decelerated bare uranium ions and molecular hydrogen are studied at the heavy-ion storage ring ESR. The combination of the deceleration technique and the narrow Compton profile of molecular hydrogen allowed us to resolve a multitude of REC transitions into the bound states of the projectile and to resolve unambiguously the tip region of primary bremsstahlung. For this purpose, a supersonic molecular hydrogen jet-target, precooled with liquid nitrogen and optimized for long-term stability, was applied.