A miniature two-axis fluxgate magnetometer
Miniature fluxgate magnetometer for sounding rocket measurements of two orthogonal components of external magnetic field, predicting performance by linear mathematical model
Acuna, M. H.↗
SEARCH · Search NASA
Results for “magnetometer”
Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
Quote a phrase for an exact phrase match. Source license links do not imply unrestricted reuse.
Magnetometers for space measurements over a wide range of field intensities
Fluxgate and Ru vapor magnetometers for space measurements over wide field intensities, reducing electronic phase shift and experiment weight
Ledley, B. G.↗
Mechanical aspects of the lunar surface magnetometer
ALSEP magnetometer mission and environmental requirements and mechanical design
Nelms, W. L.↗
An active RC band-pass filter for the fluxgate magnetometer
Active RC bandpass filter for space fluxgate magnetometer, using state variable synthesis
Kerwin, W. J.↗
Magnetic anomalies from satellite magnetometer
Proton magnetometer measurements from satellite Cosmos 49, observing residual and broad magnetic anomalies
Andreasen, G. E.↗
Apollo 12 magnetometer - Measurement of a steady magnetic field on the surface of the moon
Lunar surface local magnetic field measurement, describing Apollo 12 magnetometer
Dyal, P.↗
Wide range linear fluxgate magnetometer Patent
Development of wide range linear fluxgate magnetometer
Boroson, H. R.↗
A general computer data processing system - Documentation of the ATS-5 ground station magnetometer program
ATS 5 ground station magnetometer data processing program
Gillis, H. J.↗
Optically pumped resonance magnetometer for determining vectoral components in a spatial coordinate system Patent
Design and development of optically pumped resonance magnetometer for determining vectoral components in spatial coordinate system
Rempel, R. C.↗
Image effects and the vibrating sample magnetometer
Image effects and vibrating sample magnetometer
Behrendt, D. R.↗
Lunar electrical conductivity from Apollo 12 magnetometer measurements - Compositional and thermal inferences
Determination of lunar electrical conductivity profile from joint power spectral density analysis of data from Apollo 12 and Explorer 35 magnetometer data
Colburn, D. S.↗
Two axis fluxgate magnetometer Patent
Fluxgate magnetometer for measuring magnetic field along two axes using one sensor
Acuna, M. H.↗
Lunar portable magnetometer experiment
Lunar portable magnetometer experiment to measure steady magnetic field at different sites in Fra Mauro region - Apollo 14 flight
Du Bois, R. L.↗
Use of two magnetometers for magnetic field measurements on a spacecraft
Simultaneous two magnetometer measurements of weak magnetic fields in interplanetary space, near moon and planets by satellites in presence of spacecraft field
Behannon, K. W.↗
Lunar electrical conductivity from Apollo 12 magnetometer measurements - Compositional and thermal inferences
Lunar electrical conductivity profile from joint power spectral density analysis of Apollo 12 and Explorer 35 magnetometer data
Colburn, D. S.↗
Two-stage magnetometer measures weak magnetic fields
Sensitive magnetometer capable of measuring field strengths of 10 nanogauss is described. High permeability core is aligned parallel to magnetic field in first stage. In second stage, ferromagnetic toroid saturates rapidly. Adjustment of turns and area ratios of each stage provides wide range of sensitivities.
Buntenbach, R. W.↗
Experiment M405: Tri-axis flux gate magnetometer
A tri-axis flux-gate magnetometer was used on four Gemini spacecraft for determination of the magnitude and direction of the local geomagnetic field with respect to the spacecraft. Conclusions derived from the data are not only important to the proton-electron spectrometer experiment, but also are of significance to any directional charged particle experiments that may be conducted. Even though the Gemini spacecraft was not clean magnetically, the data could be reduced to a form that supplied directional information on the magnetic field in relation to the spacecraft. Stray fields were the result of spacecraft structure, not the result of current flows that were produced within the spacecraft electrical systems. Efforts were made to reduce spacecraft stray fields and to facilitate the acquisition of more accurate data.
Womack, W. D.↗