J. Glosík

Temperature dependence of binary and ternary recombination of H3+ ions with electrons

We study binary and the recently discovered process of ternary He-assisted recombination of

Dynamical constraints and nuclear spin caused restrictions in collision systems

\text{H}_{3}{}^{+}

Study of the electron ion recombination in high pressure flowing afterglow: recombination of NH4·+ (NH3)2

ions with electrons in a low-temperature afterglow plasma. The experiments are carried out over a broad range of pressures and temperatures of an afterglow plasma in a helium buffer gas. Binary and He-assisted ternary recombination are observed and the corresponding recombination rate coefficients are extracted for temperatures from 77 to 330 K. We describe the observed ternary recombination as a two-step mechanism: first, a rotationally excited long-lived neutral molecule

Recombination of H+3 ions in the afterglow of a He–Ar–H2 plasma

\text{H}_{3}{}^{\ensuremath{\ast}}

The recombination of H3+ ions with electrons: dependence on partial pressure of H2

is formed in electron-

REACTIONS OF COLD TRAPPED CH+ IONS WITH SLOW H ATOMS

\text{H}_{3}{}^{+}

ION TRAP STUDIES OF H– + H → H2 + e – BETWEEN 10 AND 135 K

collisions. Second, the

Binary and ternary recombination of para-H3+ and ortho-H3+ with electrons: State selective study at 77–200 K

\text{H}_{3}{}^{\ensuremath{\ast}}

The recombination of and ions with electrons in hydrogen plasma: dependence on temperature and on pressure of H2

molecule collides with a helium atom that leads to the formation of a very long-lived Rydberg state with high orbital momentum. We present calculations of the lifetimes of

Dissociation of Kr+2, N2Ar+, (CO)+2, CH+5, and C2H+5 ions drifting in He

\text{H}_{3}{}^{\ensuremath{\ast}}