The electromagnetic response of the Moon to excitation by the time dependent fluctuations of the interplanetary magnetic field is given for the dark or antisolar hemisphere of the Moon. Six hours of time series data from the Explorer 35 magnetometer and the lunar surface magnetometer on Apollo 12 are used to obtain the Fourier spectral amplitudes of the surface and interplanetary fields from which transfer functions are calculated for the east-west, north-south, and vertical directions at the Apollo site. A critical discussion of lunar conductivity profiles derived from night side radial magnetic field data and vacuum scattering theory is presented. Limitations are shown that there is no evidence for a lunar core as conducting as 0.01 mhos/...
Magnetometers were deployed at four Apollo sites on the moon to measure remanent and induced lunar m...
An analytic theory is developed for the time dependent magnetic fields inside the Moon and the diama...
Theoretical and computational techniques were developed for calculating the time dependent electroma...
Electromagnetic induction in the moon driven by fluctuations of the interplanetary magnetic field is...
Steady magnetic field measurements of magnitude 30 to 100 gamma on the lunar surface impose problems...
An analytic solution for the magnetic field in the space defined by a spherical moon and its downstr...
It is shown that the contribution of higher harmonics to the lunar transfer functions for the tangen...
The electrical conductivity structure was studied of a spherically layered moon consistent with the ...
Results of electromagnetic sounding distinguished an outer high resistance shell about 200 km thick ...
Understanding the structure and composition of the lunar interior is a fundamental goal in furtherin...
It is known from the Apollo magnetometer experiments that significant electromagnetic induction take...
Lunar surface magnetometer measurements for determining electrical conductivity and temperature of l...
Magnetic fields have been measured on the lunar surface at the Apollo 12, 14, 15, and 16 landing sit...
Magnetometers were deployed at four Apollo sites on the moon to measure remanent and induced lunar m...
Mathematical model for predicting lunar response to time varying interplanetary magnetic fields and ...
Magnetometers were deployed at four Apollo sites on the moon to measure remanent and induced lunar m...
An analytic theory is developed for the time dependent magnetic fields inside the Moon and the diama...
Theoretical and computational techniques were developed for calculating the time dependent electroma...
Electromagnetic induction in the moon driven by fluctuations of the interplanetary magnetic field is...
Steady magnetic field measurements of magnitude 30 to 100 gamma on the lunar surface impose problems...
An analytic solution for the magnetic field in the space defined by a spherical moon and its downstr...
It is shown that the contribution of higher harmonics to the lunar transfer functions for the tangen...
The electrical conductivity structure was studied of a spherically layered moon consistent with the ...
Results of electromagnetic sounding distinguished an outer high resistance shell about 200 km thick ...
Understanding the structure and composition of the lunar interior is a fundamental goal in furtherin...
It is known from the Apollo magnetometer experiments that significant electromagnetic induction take...
Lunar surface magnetometer measurements for determining electrical conductivity and temperature of l...
Magnetic fields have been measured on the lunar surface at the Apollo 12, 14, 15, and 16 landing sit...
Magnetometers were deployed at four Apollo sites on the moon to measure remanent and induced lunar m...
Mathematical model for predicting lunar response to time varying interplanetary magnetic fields and ...
Magnetometers were deployed at four Apollo sites on the moon to measure remanent and induced lunar m...
An analytic theory is developed for the time dependent magnetic fields inside the Moon and the diama...
Theoretical and computational techniques were developed for calculating the time dependent electroma...