Ion Collection from Resonance-Photoionized Plasma by Applying Radio-Frequency Voltage
Ions were collected on electrodes from laser resonance photoionized plasma by applying 2MHz radiofrequency voltage to the electrodes. It was demonstrated that the ions are collected in a shorter time at the same kinetic energy of the collected ions compared with ion collection by applying DC voltage to the electrode. A simple one-dimensional model was extended for prediction of ion collection times in the cases of applications of not only DC voltage but also radio-frequency voltage. The ion collection times estimated with the simple one-dimensional model agreed with the experimental values in the case of application of radiofrequency voltages as well as DC voltage. Though the experimental conditions such as ion density are far from those of the plant of atomic vapor laser isotope separation (AVLIS), the simple one-dimensional model shows that radio-frequency voltage method is effective under the conditions close to those of the AVLIS plant.
- Journal of nuclear science and technology
Journal of nuclear science and technology 33(11), p.834-839, 1996-11-25
Atomic Energy Society of Japan