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Decomposition of 3,5-diaryloxathiolane-2-oxides under electron impact
N. Yu Tretyakova
, J. R. Hassa
, L. G. Saginova
, A. T. Lebedev
Medicinal Chemistry
Research output
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peer-review
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Keyphrases
Oxides
100%
Electron Impact
100%
1,2-Oxathiolanes
87%
Radical Cation
50%
Methoxyphenyl
37%
Sulfur Dioxide
37%
Diaryl
37%
Mass Spectrometer
25%
Phenyl
25%
Molecular Ions
25%
Ion Source
25%
Gas Phase
12%
Organic Chemistry
12%
Propylene
12%
Dissociation
12%
Common Structure
12%
Mass Spectra
12%
Tandem Mass Spectrometry
12%
Methoxy
12%
Trifluoroacetic Acid
12%
Indenyl
12%
Diphenyl
12%
Reverse Reaction
12%
Phenanthrene
12%
Radical Reactions
12%
Electron Impact Ionization
12%
Condensed-phase Reactions
12%
Fragmentation Reactions
12%
Collisional Activation
12%
Fragmentation Mechanism
12%
Ion Structure
12%
Fluorinated Cation
12%
Ion Fragmentation
12%
Liquid Chromatography-high Resolution Mass Spectrometry (LC-HRMS)
12%
Chemistry
Oxide(2-)
100%
Electron Impact
100%
Oxathiolane
100%
Sulfur Dioxide
85%
Radical Cation
42%
Molecular Ion
28%
Organic Chemistry
14%
Condensed Phase
14%
Tandem Mass Spectrometry
14%
Electron Impact Ionization
14%
Radical Reaction
14%
High Resolution Mass Spectrometry (HRMS)
14%
Fragmentation Reaction
14%
Collisional Activation
14%
Cyclopropane
14%
Trifluoroacetic Acid
14%
Phenanthrenes
14%
Biphenyl
14%