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Dimers and trimers of carbonyl sulfide (OCS) molecules embedded in heliumnanodroplets are aligned by a linearly polarized 160 ps long moderately intenselaser pulse and Coulomb exploded with an intense 40 fs long probe pulse inorder to determine their structures. For the dimer, recording of 2D images ofOCS$^+$ and S$^+$ ions and covariance analysis of the emission directions ofthe ions allow us to conclude that the structure is a slipped-parallel shapesimilar to the structure found for gas phase dimers. For the trimer, theOCS$^+$ ion images and corresponding covariance maps reveal the presence of abarrel-shaped structure (as in gas phase) but also other structures not presentin the gas phase, most notably a linear chain structure.

Femtosecond Laser Induced Coulomb Explosion Imaging of Aligned OCS Oligmers inside Helium Nanodroplets