J. Forer

activity

20222026

most citedUnified treatment of resonant and non-resonant mechanisms in dissociative recombination: benchmark study of CH

^{+}

9 citations · 25 across the 8 of their papers we have counts for

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physics.atom-ph2026

Rotational excitation of asymmetric-top molecular ions by electron impact: application to H $_{2}$ O $^{+}$ , HDO $^{+}$ , and D $_{2}$ O $^{+}$

Joshua Forer

The rotational excitation of the three asymmetric-top molecular ion isotopologues H $_{2}$ O $^{+}$ , HDO $^{+}$ , and D $_{2}$ O $^{+}$ is studied theoretically using a combined framework of electro…

physics.atom-ph2022★ 5 cited

Radiative electron attachment to rotating C $_{3}$ N through dipole-bound states

Joshua Forer, Viatcheslav Kokoouline, Thierry Stoecklin

The role of a large dipole moment in rotating neutral molecules interacting with low-energy electrons is studied using an accurate {\it ab initio} approach accounting for electroni…

physics.atom-ph2022★ 9 cited

Unified treatment of resonant and non-resonant mechanisms in dissociative recombination: benchmark study of CH $^{+}$

Joshua Forer, Dávid Hvizdoš, Xianwu Jiang +3

The theoretical approach developed here treats uniformly the direct and indirect mechanisms of dissociative recombination (DR) in a diatomic ion. The present theory is based on ele…

Rotational excitation of asymmetric-top molecular ions by electron impact: application to H2​O+, HDO+, and D2​O+

Radiative electron attachment to rotating C3​N through dipole-bound states

Unified treatment of resonant and non-resonant mechanisms in dissociative recombination: benchmark study of CH+

Rotational excitation of asymmetric-top molecular ions by electron impact: application to H $_{2}$ O $^{+}$ , HDO $^{+}$ , and D $_{2}$ O $^{+}$

Radiative electron attachment to rotating C $_{3}$ N through dipole-bound states

Unified treatment of resonant and non-resonant mechanisms in dissociative recombination: benchmark study of CH $^{+}$