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HISTORY AND PRESENT STATUS
THEORY OF INDUCTION HEATING
SOURCES OF ELECTRICAL ENERGY FOR HIGHFREQUENCY INDUCTION HEATING
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alloy belt binders brazing characteristics circuit clamping components conductors considerable construction conventional conveyor cooling core baking crucible device diameter dielectric field dielectric heating dielectric-heating effect elec electrical electrical conductor electrical insulation electrodes factor feed fixture flux forging frequency furnace glue gluing hardness pattern heat energy heat pattern heating coil heating cycle heating equipment heating methods high-frequency energy high-frequency heating high-voltage impedance inch indicated induction heating induction-heating inductor industry installation insulating joint area kilowatts load magnetic manufacturers mass material mechanical melting metal moisture removal mold molten motor-generator mounted obtained operation oscillator output oven over-all panel placed plate plate electrodes potential practical preforms pressure problem procedure production quench radiation reduced relatively resin result single-turn solder spacing spark-gap steel sufficient surface hardening tank tank circuit thermal thermal conduction thermosetting tion tube uniform unit Urea-formaldehyde usually vacuum-tube voltage