Mass spectrometric studies of elusive molecules that contain an N+-X? bond

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“…organic gas phase ion chemistry, including: statistical theories of mass spectra, 26 charge remote reactions, 27,28 aspects on the mechanisms of gas phase ionic reactions, 29,30 ion-molecule reactions, 31,32 the gas phase chemistry of the radical cations of C 3 H 6 O, 33 ionized carbenes, 34 1,2-and 1,3-dipolar systems containing a carbon-nitrogen bond, 35 anions, 36 carbon clusters 37 and fullerenes, 38 various topics associated with gas phase thermochemistry, [39][40][41][42][43][44][45] photoelectron spectroscopy, [46][47][48] spectroscopy 49 and photodissociation, 50 molecular 51 and chiral 52 recognition, supramolecular chemistry, 53,54 various aspects of cluster ions, [55][56][57][58][59][60][61] fundamental gas phase ion chemistry of biomolecules [62][63][64] including the fragmentation mechanisms of protonated peptides [65][66][67][68] and the interplay between experiment and density functional calculations. 69…”

“…154 The benzocyclobutadiene radical anion undergoes a combination of proton transfer [eqn. (35)] and H 2 + abstraction [eqn. (36)] which were postulated to arise from the same ion-neutral complex.…”

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“…organic gas phase ion chemistry, including: statistical theories of mass spectra, 26 charge remote reactions, 27,28 aspects on the mechanisms of gas phase ionic reactions, 29,30 ion-molecule reactions, 31,32 the gas phase chemistry of the radical cations of C 3 H 6 O, 33 ionized carbenes, 34 1,2-and 1,3-dipolar systems containing a carbon-nitrogen bond, 35 anions, 36 carbon clusters 37 and fullerenes, 38 various topics associated with gas phase thermochemistry, [39][40][41][42][43][44][45] photoelectron spectroscopy, [46][47][48] spectroscopy 49 and photodissociation, 50 molecular 51 and chiral 52 recognition, supramolecular chemistry, 53,54 various aspects of cluster ions, [55][56][57][58][59][60][61] fundamental gas phase ion chemistry of biomolecules [62][63][64] including the fragmentation mechanisms of protonated peptides [65][66][67][68] and the interplay between experiment and density functional calculations. 69…”

“…154 The benzocyclobutadiene radical anion undergoes a combination of proton transfer [eqn. (35)] and H 2 + abstraction [eqn. (36)] which were postulated to arise from the same ion-neutral complex.…”

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“…organic gas phase ion chemistry, including: statistical theories of mass spectra, 26 charge remote reactions, 27,28 aspects on the mechanisms of gas phase ionic reactions, 29,30 ion-molecule reactions, 31,32 the gas phase chemistry of the radical cations of C 3 H 6 O, 33 ionized carbenes, 34 1,2-and 1,3-dipolar systems containing a carbon-nitrogen bond, 35 anions, 36 carbon clusters 37 and fullerenes, 38 various topics associated with gas phase thermochemistry, [39][40][41][42][43][44][45] photoelectron spectroscopy, [46][47][48] spectroscopy 49 and photodissociation, 50 molecular 51 and chiral 52 recognition, supramolecular chemistry, 53,54 various aspects of cluster ions, [55][56][57][58][59][60][61] fundamental gas phase ion chemistry of biomolecules [62][63][64] including the fragmentation mechanisms of protonated peptides [65][66][67][68] and the interplay between experiment and density functional calculations. 69…”

“…154 The benzocyclobutadiene radical anion undergoes a combination of proton transfer [eqn. (35)] and H 2 + abstraction [eqn. (36)] which were postulated to arise from the same ion-neutral complex.…”

Untitled

“…organic gas phase ion chemistry, including: statistical theories of mass spectra, 26 charge remote reactions, 27,28 aspects on the mechanisms of gas phase ionic reactions, 29,30 ion-molecule reactions, 31,32 the gas phase chemistry of the radical cations of C 3 H 6 O, 33 ionized carbenes, 34 1,2-and 1,3-dipolar systems containing a carbon-nitrogen bond, 35 anions, 36 carbon clusters 37 and fullerenes, 38 various topics associated with gas phase thermochemistry, [39][40][41][42][43][44][45] photoelectron spectroscopy, [46][47][48] spectroscopy 49 and photodissociation, 50 molecular 51 and chiral 52 recognition, supramolecular chemistry, 53,54 various aspects of cluster ions, [55][56][57][58][59][60][61] fundamental gas phase ion chemistry of biomolecules [62][63][64] including the fragmentation mechanisms of protonated peptides [65][66][67][68] and the interplay between experiment and density functional calculations. 69…”

“…154 The benzocyclobutadiene radical anion undergoes a combination of proton transfer [eqn. (35)] and H 2 + abstraction [eqn. (36)] which were postulated to arise from the same ion-neutral complex.…”