Abstract
Analysis of data from the LION (1.2 MV, 300 kA, 40 ns) extraction applied-B diode allows a number of inferences regarding the effect of anode plasma dynamics on ion beam divergence, ion species composition, and diode impedance and power coupling. The two dominant features of anode plasma dynamics observed on LION are (1) plasma expansion away from the solid anode surface and into the accelerating gap during the beam pulse, and (2) evolution of the composition of the plasma during the pulse. The data presented in this paper characterize the plasma expansion, and suggest a possible picture of the mechanism of the plasma dynamics that could produce these basic features. (J.U.). 2 figs., 5 refs.
Greenly, J B;
Appartaim, R K;
Olson, J C
[1]
- Cornell Univ., Ithaca, NY (United States). Lab. of Plasma Studies
Citation Formats
Greenly, J B, Appartaim, R K, and Olson, J C.
Anode plasma dynamics in an extraction applied-B ion diode: effects on divergence, ion species and parasitic load.
Czech Republic: N. p.,
1996.
Web.
Greenly, J B, Appartaim, R K, & Olson, J C.
Anode plasma dynamics in an extraction applied-B ion diode: effects on divergence, ion species and parasitic load.
Czech Republic.
Greenly, J B, Appartaim, R K, and Olson, J C.
1996.
"Anode plasma dynamics in an extraction applied-B ion diode: effects on divergence, ion species and parasitic load."
Czech Republic.
@misc{etde_511235,
title = {Anode plasma dynamics in an extraction applied-B ion diode: effects on divergence, ion species and parasitic load}
author = {Greenly, J B, Appartaim, R K, and Olson, J C}
abstractNote = {Analysis of data from the LION (1.2 MV, 300 kA, 40 ns) extraction applied-B diode allows a number of inferences regarding the effect of anode plasma dynamics on ion beam divergence, ion species composition, and diode impedance and power coupling. The two dominant features of anode plasma dynamics observed on LION are (1) plasma expansion away from the solid anode surface and into the accelerating gap during the beam pulse, and (2) evolution of the composition of the plasma during the pulse. The data presented in this paper characterize the plasma expansion, and suggest a possible picture of the mechanism of the plasma dynamics that could produce these basic features. (J.U.). 2 figs., 5 refs.}
place = {Czech Republic}
year = {1996}
month = {Dec}
}
title = {Anode plasma dynamics in an extraction applied-B ion diode: effects on divergence, ion species and parasitic load}
author = {Greenly, J B, Appartaim, R K, and Olson, J C}
abstractNote = {Analysis of data from the LION (1.2 MV, 300 kA, 40 ns) extraction applied-B diode allows a number of inferences regarding the effect of anode plasma dynamics on ion beam divergence, ion species composition, and diode impedance and power coupling. The two dominant features of anode plasma dynamics observed on LION are (1) plasma expansion away from the solid anode surface and into the accelerating gap during the beam pulse, and (2) evolution of the composition of the plasma during the pulse. The data presented in this paper characterize the plasma expansion, and suggest a possible picture of the mechanism of the plasma dynamics that could produce these basic features. (J.U.). 2 figs., 5 refs.}
place = {Czech Republic}
year = {1996}
month = {Dec}
}