Cyclotron harmonic wave propagation and instabilities. Part 1 - Perpendicular propagation
Dispersion characteristics of cyclotron wave propagating perpendicular to magnetic field
Crawford, F. W.↗
Engineering topics
Crawford, F. W.
Publications and source records attributed to Crawford, F. W..
Whistler instability characteristics in a hot plasma
Whistler mode instability due to anisotropic charged particle velocity distribution, establishing general onset conditions for variable density cold plasma containing hot electrons
Crawford, F. W.↗
Laboratory plasma wave experiments
Plasma wave theory and experiments, emphasizing stable Maxwellian plasmas and transverse and longitudinal wave modes in zero and nonzero magnetic fields
Crawford, F. W.↗
Laboratory plasma wave experiments
Stable Maxwellian plasma wave modes, theoretical and experimental treatment
Crawford, F. W.↗
Alouette plasma resonance phenomena
Theoretical study of magnetoplasma resonance phenomena occurring perpendicular to magnetic field
Crawford, F. W.↗
Cyclotron harmonic wave phenomena in plasmas.
Plasmas cyclotron harmonic waves /CHW/ propagation, discussing prediction by microscopic theory based on Boltzmann equation
Crawford, F. W.↗
Resonance-rectification effects in warm magnetoplasmas.
Resonance rectification in plasma with static magnetic field explained by warm plasma permittivity component perpendicular to field
Crawford, F. W.↗
Observation of resonance rectification effects in a magnetoplasma.
Resonance rectification effects for wire probe in magnetoplasma observed in terms of warm plasma perpendicular permittivity component
THERMAL PLASMA↗
Resonance rectification effects in warm magnetoplasmas
Resonance rectification effects in warm magnetoplasms
RESONANCE↗
On the interpretation of ionospheric resonances stimulated by Alouette 1.
Plasma ringing phenomena stimulated by Alouette I and other ionospheric probes at upper hybrid frequency and cyclotron frequency harmonics in near zero group velocity regions
CYCLOTRON RESONANCE↗
Some studies of whistler mode amplification.
Whistler mode transverse electromagnetic plasma wave interaction with monoenergetic gyrating electron beam, noting instabilities and relevance to whistler amplification
Crawford, F. W.↗
Pulsed transmission and ringing phenomena in a warm magnetoplasma.
Group velocity of wave packet propagating radially across plasma immersed in static axial magnetic field, examining ringing phenomena due to pulsed transmission
PLASMA-ELECTROMAGNETIC INTERACTION↗
On the interpretation of ionospheric resonances stimulated by Alouette I
Interpretation of ionospheric resonances stimulated by Alouette I - electrostatic plasma wave theory, observation of group delay, and application to ionosphere
ELECTROSTATIC PLASMA↗
The Plasma Capacitor in a Magnetic Field
Impedance computations for parallel plate and coaxial cylinder plasma capacitors in magnetic field
CAPACITOR↗
Low-frequency impedance characteristics of a Langmuir probe in a plasma.
Plasma electron density and temperature from measurement of LF impedance of Langmuir probe, noting ionospheric probing
IMPEDANCE MEASUREMENT↗
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↗
Low-frequency impedance characteristics of a langmuir probe in a plasma internal memorandum
Measurement of low frequency impedance of Langmuir probe in plasma to obtain electron density and temperature
IMPEDANCE MEASUREMENT↗
Langmuir probe response to periodic waveforms
Langmuir probe response to periodic waveform and application to study of laboratory plasmas or charged particles in space
PLASMA PHYSICS↗