High frequency energy absorption by a plasma in ion cyclotron resonance in strong, high frequency fields
High frequency energy absorption by plasma in ion cyclotron resonance in strong, high frequency fields
ION CYCLOTRON↗
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Results for “cyclotrons”
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Nonlinear phenomena in a plasma wave guide /ion cyclotron resonance at a difference frequency/
Apparatus for measuring ion cyclotron resonance at difference frequency - nonlinear phenomena in plasma waveguide
PLASMAGUIDE↗
Ion cyclotron wave generation in uniform and nonuniform plasma including electron inertia effects
Ion cyclotron wave generation in uniform and nonuniform plasma including electron inertia effects - radio frequency power transfer
ION CYCLOTRON↗
The dielectric tensor near cyclotron harmonics
Dielectric tensor elements derived for study of wave dispersion near cyclotron harmonics for Alouette satellite
CYCLOTRON FREQUENCY↗
The dispersion of waves in cyclotron harmonic resonance regions with application to the Alouette
Wave dispersion in cyclotron harmonic resonance regions investigated for Alouette satellite application
ALOUETTE SATELLITE↗
Time decay for cyclotron harmonics
Time decay calculations of cyclotron harmonic signal and application to Alouette satellite
CYCLOTRON RESONANCE↗
Propagation and dispersion of hydromagnetic and ion cyclotron waves in plasmas immersed in magnetic fields Semiannual status report, 15 Jan. - 14 Jul. 1967
Propagation and dispersion of hydromagnetic and ion cyclotron waves in plasmas immersed in magnetic fields
ION CYCLOTRON↗
Negative cyclotron resonance absorption
Cyclotron resonance absorption of microwave energy by monoenergetic electron drift through cavity resonator
CYCLOTRON RESONANCE↗
Operation of an ion-cyclotron-wave generation apparatus in a RF self-sustained mode
Operation of ion cyclotron wave generation apparatus in radio frequency self-sustained mode
ION CYCLOTRON↗
Summation of series for cyclotron harmonic wave dispersion.
Summation of convergent series for cyclotron harmonic wave dispersion for numerical and analytic work
CONVERGENCE↗
Experimental investigation of harmonic ion cyclotron wave propagation and attenuation.
Harmonic ion cyclotron wave propagation and attenuation investigated experimentally
WAVE PROPAGATION↗
Cyclotron and collision damping of propagating waves in a magnetoplasma.
Cyclotron harmonic wave propagation in warm magnetoplasmas predicted theoretically for perpendicular and oblique damping
CYCLOTRON FREQUENCY↗
Cyclotron harmonic resonances in an electrodeless discharge.
Electron-cyclotron harmonic resonances interactions in RFF excited electrodeless helium discharges, discussing magnetic field position measurement and plasma simulation
PLASMA RESONANCE↗
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↗
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↗