Evidence for a collision-free hydromagnetic shock in interplanetary space
Evidence for collision-free hydromagnetic shock in interplanetary space
SHOCK WAVE↗
Engineering topics
Briggs, B. R.
Publications and source records attributed to Briggs, B. R..
Evidence for a collision-free hydromagnetic shock in interplanetary space.
Collision-free hydromagnetic shock observed simultaneously in interplanetary space on October 7, 1962 by Mariner II and Explorer XIV
INTERPLANETARY SPACE↗
Ionosphere topside sounder studies. 1- the reduction of alouette i ionograms to electron density profiles
Mathematical procedures and digital computer programs for converting observed topside curves into electron density profiles
COMPUTER PROGRAM↗
Ionosphere topside sounder studies. ii- the calculation of the electron density and the magnetic field parameters at the alouette i orbit
Ionosphere Topside Sounder program - electron density and geomagnetic field at Alouette I orbit
ALOUETTE I SATELLITE↗
Theoretical determination of the boundary and distortion of the geomagnetic field in a steady solar wind
Boundary and distortion of geomagnetic field in steady solar wind
SOLAR WIND↗
ON THE CHOICE CONDITION TO APPLY AT THE BOUNDARY OF THE GEOMAGNETIC FIELD IN THE STEADY-STATE CHAPMAN FERRARO PROBLEM
On the choice condition to apply at the boundary of the geomagnetic field in the steady-state chapman ferraro problem
GEOMAGNETIC STORM↗
ON THE CHOICE OF CONDITION TO APPLY AT THE BOUNDARY OF THE GEOMAGNETIC FIELD IN THE STEADY-STATE CHAPMAN-FERRARO PROBLEM
On the choice of condition to apply at the boundary of the geomagnetic field in the steady state chapman-ferraro problem
CHAPMAN-FERRARO PROBLEM↗
Theoretical Determination of the Boundary of the Geomagnetic Field in a Steady Solar Wind
Theoretical determination of the boundary of the geomagnetic field in a steady solar wind
SOLAR WIND↗
THEORY OF ELECTROSTATIC FIELDS IN THE IONOSPHERE AT POLAR AND MIDDLE GEOMAGNETIC LATITUDES
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Briggs, B. R.↗