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Sodium niobate, formed by high vacuum, flash, and reactive evaporations, has a high dielectric constant and is used as a thin film dielectric in microelectronic capacitors. High purity films are formed from relatively inexpensive, pure starting materials. Crystalline sodium niobate films can be formed on amorphous or crystalline materials.
High vacuum deposition techniques for fabricating thin film capacitors
Rare earth dielectric oxides in thin film capacitors
Voltage and temperature values determined for polycarbonate capacitor 5000-hour ac life test
Development, and evaluation of thin film substrates containing sodium niobate capacitors, or sodium niobate dielectric material
Testing and evaluation of capacitor type meteoroid penetration
Electron radiation induced dielectric breakdowns in capacitor meteoroid detection system
Low voltage capacitor discharge firing circuit to initiate hot bridgewire squibs for spacecraft applications
Design procedure for low voltage capacitor discharge circuits to trigger electroexplosive devices in aerospace vehicles
Metal-/Si nitride/-Si/MNS/ capacitor memory behavior due to high voltage pulses, discussing charge transfer, stored charge location and tunneling conduction
Electrical and mechanical properties data on dielectrics to estimate parameters of cryogenic capacitors
High purity dielectric materials tested in capacitors at high temperatures
Feasibility of thin metal and oxide film capacitors
High temperature capacitor consisting of thin wafers of pyrolytic boron nitride noting fabrication, dissipation factor and capacitance
Time varying resistance wire to arrest oscillations in pulsed capacitor discharge circuit, deriving over, under and critical damping conditions
Feasibility of thin metal and oxide film capacitors
Wet slug tantalum capacitors exhibiting hermeticity and resistance to reverse voltage
Series capacitor converter circuit for voltage transformation