Solar modulation of galactic cosmic rays with a twenty-year period - Interpretation and inferences
Galactic cosmic ray solar modulation with 20 year periodicity, suggesting nearby galactic magnetic field direction
Schatten, K. H.↗
Engineering topics
Schatten, K. H.
Publications and source records attributed to Schatten, K. H..
Search for magnetic monopoles in the moon
Magnetic field analysis in lunar vicinity for monopoles within moon
Schatten, K. H.↗
Detection of interplanetary magnetic field fluctuations stimulated by the lunar wake
Interplanetary magnetic field fluctuations stimulated by lunar wake, using Explorer 35 satellite measurements
Ness, N. F.↗
Evidence for a Coronal Magnetic Bottle at 10 Solar Radii
Three transient phenomena interpreted as coronal magnetic bottle at 10 solar radii having expansion at sub-Alevenic velocity
Schatten, K. H.↗
Direction of the nearby galactic magnetic field inferred from a cosmic-ray diurnal anisotropy.
Twenty year wave in diurnal anisotropy component of galactic cosmic rays arriving at earth from asymptotic direction east of sun interpreted as magnetic reconnection
Schatten, K. H.↗
Detection of interplanetary magnetic field fluctuations stimulated by the lunar wake
Interplanetary magnetic field fluctuations caused by lunar wake
Ness, N. F.↗
Coronal structure at the solar eclipse of September 22, 1968.
Coronal structure during 22 September 1968 eclipse from photographs, showing agreement with prediction by model
Schatten, K. H.↗
A model of interplanetary and coronal magnetic fields.
Green function solution to Maxwell equations for interplanetary and coronal magnetic fields above photosphere, considering field at source surface
Ness, N. F.↗
Coronal Structure at the Solar Eclipse of September 22, 1968 - Prediction and Observation
Prediction and observation compared for coronal structure at solar eclipse of 22 Sept. 1968
Schatten, K. H.↗
Prediction of the coronal structure for the solar eclipse of September 22, 1968.
Coronal structure predicted for September 22, 1968 solar eclipse by model constructed for large structure of coronal and interplanetary magnetic fields
Schatten, K. H.↗
Influence of a solar active region on the interplanetary magnetic field.
Interplanetary magnetic field sectors evolution /1964-1965/, discussing solar active region development leading to magnetic loops in interplanetary medium
Ness, N. F.↗
Prediction of the coronal structure for the solar eclipse of September 22, 1968
Coronal structure for solar eclipse of September 22, 1968
Schatten, K. H.↗
A model of interplanetary and coronal magnetic fields
Model of interplanetary and solar magnetic field structure above photosphere using Green function solution to Maxwell equations
Ness, N. F.↗
Active regions and the interplanetary magnetic field.
Solar active region relationship to large scale sector interplanetary field structure
Ness, N. F.↗
Response of the geomagnetic activity index K sub p to the interplanetary magnetic field.
Geomagnetic index response to interplanetary magnetic field
Schatten, K. H.↗
Interplanetary magnetic field mapping and study of sector evolution
Mapping interplanetary magnetic field by extrapolating satellite measurements, and sector evolution observations
SATELLITE MEASUREMENT↗
Response of the geomagnetic activity index Kp to the interplanetary magnetic field
Response of geomagnetic activity index to interplanetary magnetic field
GEOMAGNETISM↗
Influence of interplanetary magnetic field and plasma on geomagnetic activity during quiet-sun conditions.
Interplanetary magnetic field and plasma effect on geomagnetic activity during quiet sun conditions
INTERPLANETARY MAGNETIC FIELD↗