The calibration is considered of an RF antenna capacitance probe carried aboard the RAE-1 spacecraft and the correction of the probe for external effects, believed to be primarily due to local positive ion sheaths and/or photoelectron sheaths surrounding the antenna. The RAE-1 spacecraft was launched in July 1968 into a 5850-km. Circular orbit of 121-degree inclination and carried several antenna and radiometer systems covering a frequency range of 0.2 to 9.2 MHz for radio astronomical studies. The RF capacitance probe measurements discussed utilized a 37-meter electric dipole antenna formed by two monopoles made of silver-coated beryllium-copper alloy tapes formed into hollow cylindrical tubes 1.3 cm in diameter
International audienceThe STEREO/WAVES instrument is designed to measure interplanetary radio emissi...
International audienceThe STEREO/WAVES instrument is designed to measure interplanetary radio emissi...
Experimental results are presented for the impedance of a rocket-borne dipole antenna immersed in th...
Effects of particle collisions on antiresonant characteristics of cylindrical antennas used in elect...
Short dipole antenna impedance measurements in ionosphere at observing frequency above electron gyro...
Measurement of impedance and radiation characteristics for dipole antenna in ionospher
Three antarctic rockets S-310JA-3, 5 and 6 were launched at Syowa Station into the auroral ionospher...
Impedance probe measurements of ionosphere for determining electron density and temperatur
Ces travaux abordent la problématique des mesures de sonde de Langmuir dans un environnement RF. Les...
Ces travaux abordent la problématique des mesures de sonde de Langmuir dans un environnement RF. Les...
The fundamental parameter for the Earth\u27s ionosphere, a space plasma, is its density. This densit...
Performance analysis on satellite borne traveling wave antenna for low frequency signal detectio
International audienceThe STEREO/WAVES instrument is designed to measure interplanetary radio emissi...
International audienceThe STEREO/WAVES instrument is designed to measure interplanetary radio emissi...
International audienceThe STEREO/WAVES instrument is designed to measure interplanetary radio emissi...
International audienceThe STEREO/WAVES instrument is designed to measure interplanetary radio emissi...
International audienceThe STEREO/WAVES instrument is designed to measure interplanetary radio emissi...
Experimental results are presented for the impedance of a rocket-borne dipole antenna immersed in th...
Effects of particle collisions on antiresonant characteristics of cylindrical antennas used in elect...
Short dipole antenna impedance measurements in ionosphere at observing frequency above electron gyro...
Measurement of impedance and radiation characteristics for dipole antenna in ionospher
Three antarctic rockets S-310JA-3, 5 and 6 were launched at Syowa Station into the auroral ionospher...
Impedance probe measurements of ionosphere for determining electron density and temperatur
Ces travaux abordent la problématique des mesures de sonde de Langmuir dans un environnement RF. Les...
Ces travaux abordent la problématique des mesures de sonde de Langmuir dans un environnement RF. Les...
The fundamental parameter for the Earth\u27s ionosphere, a space plasma, is its density. This densit...
Performance analysis on satellite borne traveling wave antenna for low frequency signal detectio
International audienceThe STEREO/WAVES instrument is designed to measure interplanetary radio emissi...
International audienceThe STEREO/WAVES instrument is designed to measure interplanetary radio emissi...
International audienceThe STEREO/WAVES instrument is designed to measure interplanetary radio emissi...
International audienceThe STEREO/WAVES instrument is designed to measure interplanetary radio emissi...
International audienceThe STEREO/WAVES instrument is designed to measure interplanetary radio emissi...
Experimental results are presented for the impedance of a rocket-borne dipole antenna immersed in th...