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Spatial separation of mixtures of CH
3
I + Ar in a pulsed supersonic jet
A. Malakhovskii, A. Gedanken
Department of Chemistry
Research output
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Contribution to journal
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Article
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peer-review
3
Scopus citations
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Dive into the research topics of 'Spatial separation of mixtures of CH
3
I + Ar in a pulsed supersonic jet'. Together they form a unique fingerprint.
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Keyphrases
Spatial Separation
100%
Separation Effect
100%
Methyl Iodide
100%
Mixture Separation
100%
Pulsed Supersonic Jet
100%
Molecular Mass
50%
Large-scale Cluster
50%
Spatial Distribution
50%
Mass Spectrometer
50%
Electron Impact
50%
Gas Separation
50%
Impact Measurement
50%
Guest Molecule
50%
Molecular Beam
50%
Carrier Gas
50%
Mixed Gas
50%
Stagnation Pressure
50%
Engineering
Spatial Distribution
100%
Guest Molecule
100%
Carrier Gas
100%
Stagnation Pressure
100%
Mass Spectrometer
100%
Molecular Mass
100%
Earth and Planetary Sciences
Spatial Distribution
100%
Electron Impact
100%
Supersonics
100%
Molecular Beams
100%
Stagnation Pressure
100%
Physics
Mass Spectrometer
100%
Molecular Beam
100%
Spatial Distribution
100%
Supersonics
100%
Stagnation Pressure
100%