Collisions of low-energy antiprotons with molecular hydrogen: ionization, excitation and stopping power

Abstract

A time-dependent coupled-channel approach was used to calculate ionization, excitation, and energy-loss cross sections as well as energy spectra for antiproton and proton collisions with molecular hydrogen for impact energies 8 keV < E < 4000 keV.

4 pages, 4 figures, conference LEAP08

References in corpus (4)

• Ionisation of hydrogen molecule in intense ultrashort laser pulses: parallel versus perpendicular orientation
• A simple parameter-free one-center model potential for an effective one-electron description of molecular hydrogen
• Antiproton and proton collisions with the alkali metal atoms Li, Na, and K
• Antiproton collisions with molecular hydrogen

Cited by in corpus (3)

• Full two-electron calculations of antiproton collisions with molecular hydrogen
• Wave Packet Simulations of Antiproton Scattering on Molecular Hydrogen
• Interaction of antiprotons with Rb atoms and a comparison of antiproton stopping powers of the atoms H, Li, Na, K, and Rb