Recent experiments on biomolecules in accelerators and storage rings are reviewed. Topics
included are measurements of geometrical cross sections of macromolecular ions …

We have evaluated electronic energies of neutral, singly charged and doubly charged
fullerenes with sizes n= 50–60 using density functional (DFT) theory. For each value of the …

We present measurements of projectile angular differential cross sections, d σ/d θ, and
mean projectile energy gain or loss, Δ E mean, as functions of the number s of electrons …

Electron-transfer and-capture dissociations of doubly protonated peptides gave dramatically
different product ions for a series of histidine-containing pentapeptides of both non-tryptic …

We have studied energy transfer, fragmentation, and ionization in collisions between
protons and C 60 molecules. The collision energy is varied between 1 and 300 keV and we …

In this paper, we compare ionization and dissociation of a series of singly and doubly
protonated peptides, namely leucine enkephalin, bradykinin, LHRH and substance P as …

The loss of C 2 H 2 is a low activation energy dissociation channel for anthracene (C 14 H
10) and acridine (C 13 H 9 N) cations. For the latter ion another prominent fragmentation …

Electron capture by both bare and microsolvated small peptide dications was investigated
by colliding these ions with sodium vapor in an accelerator mass spectrometer to provide …

15N-labeling of di-and tripeptides reveals that electron capture to doubly protonated
peptides results almost exclusively in ammonia loss from the N-terminal end, which clearly …

Mass spectrometric experiments show that protonated mixed ammonia/water clusters
predominant exist in three forms namely H+ (NH3) 4 (H2O) n, H+ (NH3) 5 (H2O) n, and H+ …