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Identification at high mass resolution of the positive ion at m/z 19 produced by electron-stimulated desorption: F
+
(rather than H
3
O
+
)
Peter Williams
, Klaus Franzreb
Molecular Sciences, School of (SMS)
Research output
:
Contribution to journal
›
Article
›
peer-review
2
Scopus citations
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Dive into the research topics of 'Identification at high mass resolution of the positive ion at m/z 19 produced by electron-stimulated desorption: F
+
(rather than H
3
O
+
)'. Together they form a unique fingerprint.
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Chemical Compounds
Ionization
64%
Desorption
61%
Electron Attachment
55%
Core Level
48%
Kinetic Energy
46%
Electron Impact
45%
Electron Particle
43%
Photon
38%
Ion Pair
36%
Energy
18%
Molecule
13%
Physics & Astronomy
positive ions
86%
desorption
70%
electrons
33%
electron attachment
33%
cross sections
31%
negative ions
27%
electron impact
26%
kinetic energy
21%
electron energy
20%
photons
14%
molecules
14%
atoms
13%
ions
12%
Engineering & Materials Science
Positive ions
100%
Desorption
92%
Electrons
80%
Core levels
21%
Negative ions
18%
Photons
15%
Kinetic energy
14%
Atoms
13%
Molecules
13%
Ions
12%