A detailed study of the quadrupole ion trap
β Scribed by P.H. Dawson; C. Lambert
- Publisher
- Elsevier Science
- Year
- 1975
- Weight
- 695 KB
- Volume
- 16
- Category
- Article
- ISSN
- 0020-7381
No coin nor oath required. For personal study only.
π SIMILAR VOLUMES
## Abstract | ββI. | Introduction | 000 | | βII. | General Features of Ion Traps | 000 | | | A.ββDynamic Range in Kinetics Measurements | 000 | | | B.ββTemperature | 000 | | | C.ββTrapping Windows | 000 | | | D.ββMS^n^ | 000 | | | E.ββReagent Gas Introduction | 000 | | ββIII. | Mechanistic Stu
The fullerenes C,, and C,, can be ionized by desorption from a liquid matrix upon bombardment by Cs' ions of 7 keV kinetic energy. The resulting radical cations, when activated in the ion trap by collisions with Xe target, in the presence of helium, undergo extensive dissociation by loss of multiple
The molecular ion of n-butylbenzene (m/z 134) is one of the most widely used thermometer molecules in mass spectrometry, the ratio of abundances of its competitive two-channel decomposition products, C,H; (m/z 91) and (m/z 92), serving as a measure of the average internal energy deposited into the
Ion pairs are common species observed in the electrospray mass spectra of transition metal coordination complexes. To understand the nature of these ion pairs, a systematic study of the gas-phase chemistry of these species using ion-molecule reactions and collision-induced dissociation (CID) was car