Abstract
Study of the cluster formation dynamics and its affect on generation of THz and X-Ray radiation in the expanding gas jet
Highlights
For detailed understanding and interpretation of the processes occuring in the gas-cluster nanoplasma, as well as for further optimization of their effectivity, a detailed information about properties of the gascluster jet is required
We have carried out the numerical simulation and computing of dynamic picture of clusterization of argon atoms passed through the supersonic conical nozzle and future propagation of the jet into vacuum at a distance of up to 60 mm below the nozzle throat
The direction along the axis of symmetry of the nozzle is denoted as an axis of abscissa (X-axis), that coincides with the jet propagation direction as well
Summary
For detailed understanding and interpretation of the processes occuring in the gas-cluster nanoplasma, as well as for further optimization of their effectivity, a detailed information about properties of the gascluster jet is required. We have carried out the numerical simulation and computing of dynamic picture of clusterization of argon atoms passed through the supersonic conical nozzle and future propagation of the jet into vacuum at a distance of up to 60 mm below the nozzle throat.
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