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Meisenheimer complexes bonded at carbon and at oxygen
Hao Chen
, Huanwen Chen
, R. Graham Cooks
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:
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Article
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peer-review
58
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Keyphrases
2,4,6-Trinitrotoluene
100%
Meisenheimer Complex
100%
Collision-induced Dissociation
42%
Gas Phase
28%
Deprotonated
28%
Dinitrobenzene
28%
Nitromethane
28%
Methanol
14%
Ion-molecule Reactions
14%
Gas-phase Reactions
14%
Highly Selective
14%
Carbon Bond
14%
Complex Formation
14%
Chemical Ionization
14%
Toluene
14%
Acetone
14%
Dissociation Mechanism
14%
Propionaldehyde
14%
Benzaldehyde
14%
Chloroform
14%
Dihydrofuran
14%
Nitrobenzene
14%
Electron Affinity
14%
Ethyl Acetate
14%
Anions
14%
High Gas
14%
Methylamine
14%
Organic Molecules
14%
Selective Detection
14%
Triple Quadrupole Mass Spectrometer
14%
Hemiacetal
14%
Selective Approach
14%
Electron-deficient Compounds
14%
Selective Ion
14%
Neutral Loss Scan
14%
Characteristic Fragmentation
14%
Gas-phase Acidity
14%
Display Characteristics
14%
Related Compounds
14%
Carbanions
14%
Fluoronitrobenzene
14%
Aldol Condensation
14%
Trinitrobenzene
14%
Condensed-phase Reactions
14%
Chemistry
2,4,6-trinitrotoluene
100%
Collision Induced Dissociation
42%
Collisionally Activated Dissociation (CAD)
42%
Nitromethane
28%
Dinitrobenzene
28%
Methanol
14%
Gas Phase Reaction
14%
Chemical Ionization
14%
Quadrupole
14%
Condensed Phase
14%
Chloroform
14%
Organic Molecule
14%
Dihydrofuran
14%
Nitrobenzene
14%
Electron Affinity
14%
Ethyl Acetate
14%
Trinitrobenzene
14%
Benzaldehyde
14%
Hemiacetal
14%
Methylamine
14%
Aldol Condensation
14%
Carbanion
14%