Cyclotron harmonic resonances in the frequency conversion output power of a plasma.
Cyclotron harmonic resonances in plasma frequency conversion output due to harmonic interactions with incident waves
CYCLOTRON RESONANCE↗
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Negative electron cyclotron resonance absorption due to collisions.
Negative cyclotron resonance absorption due to electron elastic collisions with noble gas atoms, comparing results with kinetic plasma wave theory predictions
CYCLOTRON RESONANCE↗
Eelctromagnetic electron and proton cyclotron waves in geospace: a Cassini snapshot
We discuss Cassini and the electromagnetic electron and photon cyclotron waves in geospace.
Cassini cyclotron waves electromagnetic↗
Spectra of KeV Protons Related to Ion-Cyclotron Wave Packets
We use the Fokker-Planck-Kolmogorov equation to study the statistical aspects of stochastic dynamics of the radiation belt (RB) protons driven by nonlinear electromagnetic ion-cyclotron (EMIC) wave packets. We obtain the spectra of keV protons scattered by these waves that showsteeping near the gyroresonance, the signature of resonant wave-particle interaction that cannot be described by a simple power law. The most likely mechanism for proton precipitation events in RBs is shown to be nonlinear wave-particle interaction, namely, the scattering of RB protons into the loss cone by EMIC waves.
electromagnetic ion-cyclotron↗
Solar Wind Turbulence Around Mars: Relation Between The Energy Cascade Rate And The Proton Cyclotron Waves Activity
The first estimation of the incompressible energy cascade rate at magnetohydrodynamic (MHD) scales in the plasma upstream of the Martian bow shock is obtained, making use of magnetic field and plasma observations provided by Mars Atmosphere and Volatile EvolutioN (MAVEN) over 600 orbits. In particular, the energy cascade rate is computed for events with and without proton cyclotron wave (PCW) activity, for time intervals when MAVEN was in the solar wind with no magnetic connection to the bow shock. It is shown that the nonlinear cascade of energy at the MHD scales is slightly amplified when PCWs are present in the plasma, around the Martian perihelion. In addition, the analysis of the normalized cross helicity and residual energy for the turbulent fluctuations shows the presence of Alfvenic and non-Alfvenic fluctuations in a magnetic dominant regime for the majority of the cases.
solar wind↗
Cyclotron tests to determine the response of solid-state detectors to protons of energies 50 to 160 mev for use in a proton spectrometer
Cyclotron tests for determination of solid state detector response to protons of energies 50 to 160 MeV for use in proton spectrometer
PROTON↗
Radial density and temperature profiles at the ion cyclotron wave resonance point.
Plasma electron density as function of radius compared with ion cyclotron heating theory and stability criteria
ELECTRON DENSITY↗
Alouette cyclotron harmonics observations and results
Observations, results, and mathematical theory of Alouette satellite cyclotron harmonics resonances
HARMONIC OSCILLATION↗
Radial density and temperature profiles at the ion cyclotron wave resonance point.
Plasma electron density as function of radius compared with ion cyclotron heating theory and stability criteria
PLASMA DENSITY↗
Blockage of pupillodilation with cyclotron- accelerated alpha particles.
Blockage of electrically evoked pupillodilation in cat by irradiating hypothalamus with cyclotron- accelerated alpha particles
BRAIN INJURY↗
Power transfer to ion cyclotron waves in a two ion species plasma
Power transfer to ion cyclotron waves in two species plasma
Reinmann, J. J.↗
Propagation and dispersion of hydromagnetic and ion cyclotron waves in plasmas immersed in magnetic fields Semiannual status report, 15 Jul. 1967 - 14 Jan. 1968
Propagation and dispersion of hydromagnetic and ion cyclotron waves in plasmas immersed in magnetic fields
Friedrich, O. M., Jr.↗
Enhancement of ion cyclotron waves in hydrogen helium mixtures
Metastable helium atom addition to hydrogen plasma for ion cyclotron mode enhancement
Hettel, H. J.↗
Operation of an ion-cyclotron-wave generation apparatus in a RF self-sustained mode.
Ion cyclotron wave generation apparatus operation in RF self sustained mode
Hettel, H. J.↗
Plasma acceleration with microwaves near cyclotron resonance.
Plasma acceleration by microwaves near electron cyclotron resonance without collisions, comparing theory and experiment
Bethke, G. W.↗
Ion cyclotron whistlers in the solar wind.
Ion cyclotron whistlers in solar wind, noting LF electromagnetic modes wave characteristics and growth and damping rates, alpha particles effect and mode coupling
Fredricks, R. W.↗
Ion cyclotron resonance study of the secondary ion-molecule reactions in hexafluoroethane.
Secondary ion production in electron impact decomposition of hexafluoroethane, using ion cyclotron double resonance techniques
Elleman, D. D.↗
Cyclotron harmonic wave phenomena in plasmas.
Plasmas cyclotron harmonic waves /CHW/ propagation, discussing prediction by microscopic theory based on Boltzmann equation
Crawford, F. W.↗