Citation: Kd. Weltmann et al., EXPERIMENTAL CONTROL OF CHAOS IN A PERIODICALLY DRIVEN GLOW-DISCHARGE, Physical review. E, Statistical physics, plasmas, fluids, and related interdisciplinary topics, 52(2), 1995, pp. 2106-2109
Citation: Kd. Weltmann et al., THE INFLUENCE OF THE GAS-TEMPERATURE ON THE BEHAVIOR OF THE POSITIVE-COLUMN OF A NEON GLOW-DISCHARGE AND ITS DESCRIPTION BY A NONLINEAR EQUIVALENT-CIRCUIT, Contributions to Plasma Physics, 35(6), 1995, pp. 491-502
Citation: Kd. Weltmann et al., INVESTIGATIONS ABOUT THE INFLUENCE OF THE EXTERNAL CIRCUIT ELEMENTS ON THE PROPAGATION OF IONIZATION WAVES IN THE POSITIVE-COLUMN OF A NEONGLOW-DISCHARGE, Contributions to Plasma Physics, 35(3), 1995, pp. 225-239
Authors:
WELTMANN KD
UNGER H
DEUTSCH H
WESCH J
WILKE C
Citation: Kd. Weltmann et al., ABOUT THE DEVELOPMENT OF A NONLINEAR EQUIVALENT-CIRCUIT FOR A NEON GAS-DISCHARGE IN THE OSCILLATING REGIME, Contributions to Plasma Physics, 33(4), 1993, pp. 265-274
Authors:
UNGER H
WELTMANN KD
DEUTSCH H
WESCH J
WILKE C
Citation: H. Unger et al., A NEW METHOD FOR THE DEVELOPMENT OF A NONLINEAR EQUIVALENT-CIRCUIT FOR A GAS-DISCHARGE, Contributions to Plasma Physics, 33(3), 1993, pp. 169-182
Citation: Kd. Weltmann et al., INVESTIGATION OF CHAOTIC STATES IN A NEON GAS-DISCHARGE BY ESTIMATIONOF DIMENSIONS AND CORRELATION-FUNCTIONS, Contributions to Plasma Physics, 33(2), 1993, pp. 73-88