T. Kotrík

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

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

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

REACTIONS OF COLD TRAPPED CH+ IONS WITH SLOW H ATOMS

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

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

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

Binary and ternary recombination of and ions with electrons in low temperature plasma

is formed in electron-

Binary recombination of para- and ortho-H3+ with electrons at low temperatures

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

Temperature dependence of binary and ternary recombination of D3 + ions with electrons

collisions. Second, the

Multicollision character of recombination of H3 + ions in afterglow plasma

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

Experimental study of para- and ortho-H3+ recombination

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

Collisional-radiative recombination Ar{sup +} + e + e: Experimental study at 77-180 K

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