THEORETICAL INVESTIGATIONS AND DESIGN STUDIES FOR THE EVENTUAL CONSTRUCTION OF A MEASURING DEVICE IN THE FIELD OF PLASMA ELECTRONICS

Study concerned the deflection of an electromagnetic wave in passing through the atmosphere. Experiments carried out with 10-cm wave length proved that shorter wave lengths are more satisfactory for performing exact measurements employing a paraffin prism of 55-cm diameter. Work in plasma penetration investigatation, *Phase measurement, Interferometers, Physical properties, Magnetohydrodynamics, *Ionosphere, *Electromagnetic waves, *Plasma physics. Study concerned the deflection of an electromagnetic wave in passing through the atmosphere. Experiments carried out with 10-cm wave length proved that shorter wave lengths are more satisfactory for performing exact measurements employing a paraffin prism of 55-cm diameter. Work in plasma penetration investigation by the heterodyne method, involved an extension of the device to perform static as well as pulse measurements.