tn KO Instability Character of Wave Source of Free Energy Special Consideration Density Irregularities Effect on Argon Plasma Alias Modified Beam Plasma Electrostatic Relative streaming in velocity space (Two-Stream) Beam 1 to B Yes Slows beam Cross-field ion acoustic Cross-field Current-Driven Electrostatic Relative streaming in velocity space (Two-Stream) Beam i to B Yes Slows beam Farley-Buneman Kelvin-Helmholtz Electrostatic Velocity shear Beam being bounded in transverse Yes direction Disturbs beam — Drift Wave Electrostatic Spatial gradients of temperature, density, and composition IB Yes Spreads beam Universal and plasma cloud instability Post-Rosenbluth Electrostatic Cyclotron Harmonic Ion temperature anisotropy After beam thermaliza- Yes tion Pitch-angle diffusion Ion Bernstein modes; Electrostatic Loss Cone Electromagnetic Ion Cyclotron (EMC) Electromagnetic Lefthanded Ion temperature anisotropy After beam thermalization No Pitch-angle diffusion Electromagnetic Loss Cone Electromagnetic Electron Cyclotron (EMC) Electromagnetic Righthanded Temperature anisotropy of hot electrons Enhanced by addition of cold plasma No — Kennel-Petschek Whistler mode
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