Journal of Electronics

amplifier analyser anode applied approximately assumed atoms barium beam blue calcium oxide calculated carrier cathode cavity centre characteristic circuit coefficient components conduction band constant copper corresponding courant crystal Curie temperature curve cylindrical diode diode discharge tubes drift velocity effect electric field electroluminescence electron energy equation evaporation rate excitation experimental factor ferroelectric fluctuation frequency full ozonizers function gain germanium given impurity increase infra-red emission interface ions Joule heating klystron lattice luminescence magnetic field maximum Mc/s measured negative niobate noise observed obtained oscillations output oxide peak Peltier heating phosphors Phys positive potential potentiometer Proc pulse radiation radius ratio rectification region resistance semiconductor semiozonizer shown in fig shows silicon solution space charge specimen striations sulphide surface symmetry temperature tensor theory thermal transition tungsten valence band valve variation voltage volts wave wavelength wire corona zero zinc