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Breakup dynamics in the dissociative recombination of H
3
+
and its isotopomers
L. Lammich
*
, H. Kreckel
, S. Krohn
, M. Lange
, D. Schwalm
,
D. Strasser
, A. Wolf
, D. Zajfman
*
Corresponding author for this work
Research output
:
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›
Article
›
peer-review
9
Scopus citations
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3
+
and its isotopomers'. Together they form a unique fingerprint.
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Keyphrases
Body Channel
50%
Breakup Dynamics
100%
D2H+
50%
Dissociative Recombination
100%
Electric Dipole Moment
50%
Excitation Distribution
50%
Fragmentation Channels
50%
Fragmentation Process
50%
Free Electrons
50%
Heteronuclear
50%
Imaging Techniques
50%
Internal Excitation
50%
Isotopomers
100%
Kinematical
50%
Molecular Fragments
50%
Recombination
50%
Rotational Excitation
50%
Storage Ring
50%
Storage Time
50%
Three-body
50%
Two-body
50%
Two-dimensional Imaging
50%
Vibrational Excitation
50%
Chemistry
Dipole Moment
100%
Energetics
100%
Free Electron
100%
Rotational Excitation
100%
Vibrational Excitation
100%
Physics
Dipole Moment
100%
Energetics
100%
Free Electron
100%
Imaging Technique
100%
Engineering
Electric dipole moments
100%