26 results on '"Schweikhard, Lutz"'
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2. Production of polyanionic aluminium clusters with up to 10 excess electrons
3. Simulations of a digital ion filter and a digital ion trap for heavy biomolecules
4. Concatenated multi-reflection time-of-flight spectra for wide-band mass spectrometry
5. Multiple ion capture and separation in an electrostatic storage device
6. Non-isobaric time-of-flight correction for isobar resolving in MR-ToF mass spectrometry
7. Interaction of anionic lead clusters [formula omitted], n = 10, 12–102 with electrons – Polyanion production and cluster decay
8. Spreading times of ion-bunches in the Cryogenic Trap for Fast ion beams
9. Upgrades at ClusterTrap and latest results
10. The 3-state digital ion trap
11. The stability diagram of the digital ion trap
12. Lifting of the trapping potential during ion storage for multi-anion production in a Penning trap
13. Static-mirror ion capture and time focusing for electrostatic ion-beam traps and multi-reflection time-of-flight mass analyzers by use of an in-trap potential lift
14. The elliptical Penning trap: Experimental investigations and simulations
15. Simultaneous monitoring of the radial modes of the ion motion and their manipulation in Penning traps by FT-ICR mass spectrometry
16. First observation of delayed electron emission from dianionic metal clusters
17. Delayed neutral-atom evaporation of photoexcited anionic gold clusters
18. FT-ICR MS studies of ion-molecule reactions of Ru + and Os + with oxygen
19. The influence of spontaneous m/ z-changes on the ion motion in an ion cyclotron resonance trap
20. Dissociation energies of silver clusters Ag n+, n=14, 15, 16, 18
21. Interaction of anionic lead clusters Pbn−, n= 10, 12–102 with electrons – Polyanion production and cluster decay
22. FT-ICR MS studies of ion-molecule reactions of Ru+ and Os+ with oxygen
23. The influence of spontaneous m/z-changes on the ion motion in an ion cyclotron resonance trap
24. Dissociation energies of silver clusters Agn+, n=14, 15, 16, 18
25. Dissociation energies of silver clusters Agn+, n=14, 15, 16, 18.
26. FT-ICR MS studies of ion-molecule reactions of Ru+ and Os+ with oxygen
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