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2015•RSC AdvancesRequires access

Production of cluster complexes by cluster–cluster collisions—incorporation of a size-selected cobalt dimer ion into a neutral argon cluster

Hideho Odaka, Masahiko Ichihashi

Open publisher page 1 citations

Abstract

Size-selected Co 2 + is incorporated into Ar N by using a merging-beam technique in a pulsed mode. In this process, the electrostatic and the hard-sphere interactions are dominant below and above the relative velocity of 200 m s −1 , respectively.

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What this paper is about

Size-selected Co 2 + is incorporated into Ar N by using a merging-beam technique in a pulsed mode. In this process, the electrostatic and the hard-sphere interactions are dominant below and above the relative velocity of 200 m s −1 , respectively.

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Available abstract

Size-selected Co 2 + is incorporated into Ar N by using a merging-beam technique in a pulsed mode. In this process, the electrostatic and the hard-sphere interactions are dominant below and above the relative velocity of 200 m s −1 , respectively.

Key concepts: Cluster (spacecraft), Argon, Atomic physics, Cobalt, Cluster size, Chemistry, Ion, Dimer

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Production of cluster complexes by cluster–cluster collisions—incorporation of a size-selected cobalt dimer ion into a neutral argon cluster — Research Paper | ScholarLens