India-u.s. continue cooperative space research news release no. 64-19
Equatorial electrojet investigation by sounding rockets with magnetometer
EQUATORIAL ELECTROJET↗
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Current systems in the vestigial geomagnetic field- explorer vi
Toroidal ring current system indicated by data from magnetometer aboard Explorer VI SATELLITE
RING CURRENT↗
<experimental research on techniques for determination of magnetic properties of lunar and planetary materials< final report
Measurement of magnetic fields on moon surface using proton magnetometer from unmanned vehicle
MAGNETIC MEASUREMENT↗
Aimp summary description
Radiation, passive, magnetometer, meteorite flux, and solar-cell damage experiments by lunar- anchored satellite
LUNAR SATELLITE↗
Modulation and sampling of hydromagnetic radiation
Hydromagnetic radiation modulation and sampling telemetry - electromagnetic signal detection by magnetometer from spacecraft
SIGNAL DETECTION↗
Room-size magnetic shield facility
Room sized magnetic shield system for evaluation of magnetometers
MAGNETIC SHIELDING↗
Magnetic shielding experiences
Magnetic shields of Mumetal for magnetometer sensors of Mariner Mars spacecraft
MAGNETOMETER↗
Models of the earth's magnetic field
Earth geomagnetic core field model construction from land and ocean magnetometer data
MAGNETOMETER↗
Rocket measurements of Sq currents at mid-latitude
Double gas cell rubidium vapor magnetometers in Nike-Apache rockets and ionospheric current detection
NIKE-APACHE ROCKET↗
Rocket Measurements of the Geomagnetic Field Above Woomera, South Australia
Geomagnetic field measurements from rockets using proton magnetometer
GEOMAGNETIC FIELD↗
A Demodulation System for Vector Measurements from a Spinning Satellite
Method for demodulating spin-modulated data from magnetometer sensors mounted on spinning satellites
DEMODULATION↗
Rocket measurements of midlatitude Sq currents
Nike-Apache rocket ionospheric current measurements using rubidium-vapor magnetometer
NIKE ROCKET↗
Nonmagnetic, explosive-actuated indexing device
Nonmagnetic, explosive-actuated indexing device for magnetometer experiment on Pioneer IV SPACE probe flight
SPACECRAFT INSTRUMENTATION↗
Preliminary results from the Pioneer 6 magnetic field experiment.
Interplanetary magnetic field measurements using flux gate magnetometer sensor mounted on Pioneer VI space probe, noting various graphs
MAGNETOMETER↗
Nonmagnetic, explosive actuated indexing device
Nonmagnetic, explosive-actuated indexing device for magnetometer experiment aboard Pioneer VI AND VII spacecrafts
MAGNETOMETER↗
Variations in the interplanetary magnetic field - Mariner 2. I.
Statistical properties of interplanetary magnetic field variations, charged particles propagation in solar system and photospheric processes analyzed, using Mariner II magnetometer
PARTICLE MOTION↗
A magnetic field instrument for the OGO-E SPACECRAFT.
Fluxgate magnetometer for OGO-E spacecraft in observing MHD waves and magnetic field structures in space
SPACE RADIATION↗
Variability of the ocean-induced magnetic field predicted at sea surface and at satellite altitudes
Spatial and temporal variability of the magnetic field component induced by ocean circulation is investigated on the basis of a standard thin-shell approximation of electro- and magneto-static equations. Well-known difficulties of numerical solution of the governing equations are resolved by reducing the problem to an equation for the electric field potential,(ef) as opposed to a more conventional approach focused on the vertical jump, (psi), of the magnetic field potential across a combined ocean/ marine-sediment-layer spherical shell. The present formulation permits using more realistic input data on ocean currents and ultimately yields much greater (by at least an order of magnitude) values of the magnetic field at sea surface than predicted in earlier studies. Such large values are comparable to, and in some cases exceed, magnetic field variations caused by lithospheric and ionospheric sources on monthly to interannual timescales. At the 400-km altitude (of CHAMP satellite), the field attains 6 nT. The model predictions show favorable comparisons with some in situ measurements as well as with Challenging Minisatellite Payload (CHAMP) satellite magnetometer data.
ocean induced magnetic field↗