Ion cyclotron instabilities in the PHOENIX apparatus

V-shaped dc potential structure caused by current-driven electrostatic ion-cyclotron instability
Autor: Ishiguro, Seiji
Vydáno: (1997)

Programming Phoenix : productive |> reliable |> fast
Autor: McCord, Chris
Vydáno: (2016)

Superconducting heavy ion cyclotron
Autor: Bigham, C. B.
Vydáno: (1973)

Ion cyclotron resonance spectrometry
Vydáno: (1978)

Kinetic modulational instability of electron cyclotron waves in plasmas
Autor: Shukla, P. K.
Vydáno: (1987)

Phoenix dobyl Mars
Autor: Přibyl, Tomáš, 1975-

Equivalent circuit for ion cyclotron waves
Autor: Matsuura, Kiyokata
Vydáno: (1973)

Theoretical analysis of ion cyclotron waves
Autor: Matsuura, Kiyokata
Vydáno: (1973)

Pro Apache Phoenix : An SQL Driver for HBase
Autor: Akhtar, Shakil
Vydáno: (2017)

Trapped-ion instabilities in ion..acoustic wave
Autor: Ikezi, Hiroyuki
Vydáno: (1972)

Perpendicular ion cyclotron resonance in a two-ion plasma
Autor: Toyama, Hiroshi
Vydáno: (1972)

Ion cyclotron wave generation in a two-ion plasma
Autor: Toyama, H.
Vydáno: (1972)

Dynamic shear stabilization of hydromagnetic instabilities in low-beta plasma column by a frequency near the ion cyclotron frequency
Autor: Minami, K.
Vydáno: (1978)

Phoenix-Zeppelin. Elektrocentrály Caterpillar : Konstrukční katalog
Vydáno: (2000)

Liquid stub tuner for ion cyclotron heating
Autor: Kumazawa, R.
Vydáno: (1999)

Gummiwaren Fabrik Phoenix Harburg/Hamburg
Autor: Gay, G.
Vydáno: (1946)

Enhanced particle losses due to electron cyclotron wave instability in magnetic mirrors
Autor: Momota, H.
Vydáno: (1968)

Plasma turbulence generated by ion-ion two-stream instability
Autor: Kiwamoto, Y.
Vydáno: (1974)

Experimental study of electrostatic ion cyclotron waves in the plasma
Autor: Sate, Teruyuki
Vydáno: (1967)

... Annual International Phoenix Conference on Computers and Communications.
Vydáno: (1992)

3ds Max: Phoenix Fluid Dynamics
Autor: Janek, Leoš

Anomalous ion loss by low frequency instabilities
Autor: Sanae, Inoue
Vydáno: (1978)

Dissipative trapped ion instability in PLT and INTOR
Autor: Wakamatsu, A.
Vydáno: (1983)

The cyclotron
Autor: Mann, W. B.
Vydáno: (1948)

The cyclotron
Autor: Mann, W. B.
Vydáno: (1953)

... Annual International Phoenix Conference on Computers and Communications : Proceedings.
Vydáno: (1991)

Computed data for Phoenix II. : Plasma density and velocity distributions, single particle behaviour and detector efficiencies
Autor: Kuo-Petravic, G.
Vydáno: (1967)

External excitation of ion cyclotron drift waves in a two-ion species plasma
Autor: Kando, M.
Vydáno: (1984)

Ion velocity distributions in the presence of Ion Cyclotron Resonance Heating in a Tokamak Plasma
Autor: Eriksson, Lars-Göran
Vydáno: (1988)

Experimental study of simultaneous acceleration of protons and H- ions in the cyclotron
Vydáno: (1988)

On ion acoustic waves excited near and above ion cyclotron froquency in a plasma
Autor: Sato, Noriyoshi
Vydáno: (1968)

Stochastic acceleration by an electrostatic wave near ion cyclotron harmonics
Autor: Fukuyama, Atsushi
Vydáno: (1976)

Inhomogeneous effect on coil to plasma coupling in ion cyclotron wave
Autor: Toyama, Hiroshi
Vydáno: (1972)

Harburger Gummiwaren-Fabrik Phoenix at Hamburg/Harburg 1
Autor: Steadman, S. J.

Mixing length hypothesis in the dissipative trapped ion instability
Autor: Hatayama, Akiyoshi
Vydáno: (1980)

Effects of impurity ions on the anomalous diffusion due to the dissipative trapped ion instability
Autor: Hatayama, Akiyoshi
Vydáno: (1980)