Abstract
Chaos generated by the interaction between charged particles and electrostatic plasma waves has been observed in a linear magnetized plasma. The macroscopic wave properties, the kinetic ion dielectric response and the microscopic heating mechanisms have been investigated via optical diagnostic techniques based on laser induced fluorescence. Observations of test-particle dynamical evolution indicate an exponential separation of initially close ion trajectories. (author) 5 figs., 20 refs.
Fasoli, A;
Kleiber, R;
Tran, M Q;
Paris, P J;
[1]
Skiff, F
[2]
- Ecole Polytechnique Federale, Lausanne (Switzerland). Centre de Recherche en Physique des Plasma (CRPP)
- Maryland Univ., College Park, MD (United States). Lab. for Plasma Research
Citation Formats
Fasoli, A, Kleiber, R, Tran, M Q, Paris, P J, and Skiff, F.
Dynamical chaos of plasma ions in electrostatic waves.
Switzerland: N. p.,
1992.
Web.
Fasoli, A, Kleiber, R, Tran, M Q, Paris, P J, & Skiff, F.
Dynamical chaos of plasma ions in electrostatic waves.
Switzerland.
Fasoli, A, Kleiber, R, Tran, M Q, Paris, P J, and Skiff, F.
1992.
"Dynamical chaos of plasma ions in electrostatic waves."
Switzerland.
@misc{etde_10119893,
title = {Dynamical chaos of plasma ions in electrostatic waves}
author = {Fasoli, A, Kleiber, R, Tran, M Q, Paris, P J, and Skiff, F}
abstractNote = {Chaos generated by the interaction between charged particles and electrostatic plasma waves has been observed in a linear magnetized plasma. The macroscopic wave properties, the kinetic ion dielectric response and the microscopic heating mechanisms have been investigated via optical diagnostic techniques based on laser induced fluorescence. Observations of test-particle dynamical evolution indicate an exponential separation of initially close ion trajectories. (author) 5 figs., 20 refs.}
place = {Switzerland}
year = {1992}
month = {Sep}
}
title = {Dynamical chaos of plasma ions in electrostatic waves}
author = {Fasoli, A, Kleiber, R, Tran, M Q, Paris, P J, and Skiff, F}
abstractNote = {Chaos generated by the interaction between charged particles and electrostatic plasma waves has been observed in a linear magnetized plasma. The macroscopic wave properties, the kinetic ion dielectric response and the microscopic heating mechanisms have been investigated via optical diagnostic techniques based on laser induced fluorescence. Observations of test-particle dynamical evolution indicate an exponential separation of initially close ion trajectories. (author) 5 figs., 20 refs.}
place = {Switzerland}
year = {1992}
month = {Sep}
}