Rate coefficients for $$\hbox {Ar}^{{\mathbf {+}}}$$ in $$\hbox {Ar/BF}_{{\mathbf {3}}}$$ mixtures

Nikitovic, Zeljka; Raspopović, Z.

doi:10.1140/epjd/s10053-021-00061-3

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2023

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“…Figure 6 depicts the drift velocities (Robson et al, 2005;Ness & Robson, 1986;Nikitović et al, 2018;Nikitović & Raspopović, 2021) obtained by simula-tions using the Monte Carlo method in both real space (bulk) and velocity space (flux). Bulk values are computed as the center of mass displacement over time, ∆z c.m /∆t, while flux values correspond to the mean velocity of ions, < v >.…”

Section: Resultsmentioning

confidence: 99%

Reduced mobility and rate coefficients for H₂⁺ ions in H₂ gas

Nikitović,

Raspopović

2023

caosp

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In this work, we present a complete cross sections set that describe the interaction between H + 2 ions and H2 molecules. Based on these cross sections, we have calculated the transport properties of H + 2 ions in H2 gas, depending on the reduced electric field. Ionic charge exchange reactions with molecules are indispensable elementary processes in the modeling of kinetics in terrestrial, industrial and astrophysical plasma in the detection of dark matter. A Monte Carlo simulation method is applied to accurately calculate transport parameters in hydrodynamic regime. We discuss new data for H + 2 ions in H2 gas where the mean energy the flux and bulk values of reduced mobility and other transport coefficients, are given as a function of low and moderate reduced electric fields.

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Section: Resultsmentioning

confidence: 99%