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Induction Heating is a Contactless Heating Method of bodies, which absorb energy from an Alternating Magnetic Field, generated by Induction Coil (Inductor) There are two mechanisms of energy absorption: - generation of close-loop (eddy) currents inside the body which cause heating due to electrical resistance of the body material - hysteresis heating (for magnetic materials ONLY!) due to a friction of magnetic micro volumes (domains), which rotate following orientation of external magnetic field Part 1 deals mainly with electromagnetic phenomena in induction heating systems.
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This is how you create a photo slideshow using Ignite. You can choose your own background music, and even have separate audio on each slide if you want. You simply add your digital pictures, photos, or other images. Then you add background music by recording or importing your own music file. Then you publish it to ignitecast, YouTube, or as a video file.
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This Scate Ignite presentation was created by Michigan MiddleSchools Students and will be shown shown in the model classroom at the2009 Macul Conference in Detorit, MiJoin the sponsor - Scate Technologies, Inc. for the 2009 MACUL Conference at the Cobo Center in Detroit, MI March 18-20MACULwill host the 33rd annual conference at the Cobo Center in Detroit. Welook forward to over 3,000 educators attending from throughoutMichigan, neighboring states, and Canada. Conference participants willlearn about innovative, technology-related programs and have access toan extensive exhibit area which highlights hardware, software,computer-related materials, and other educational technology.
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This course covers basics of induction heating, induction equipment, computer simulation, magnetic flux control: theory and application, case stories, and a short history of induction.
Views: 6179
Induction Heating is a Contactless Heating Method of bodies, which absorb energy from an Alternating Magnetic Field, generated by Induction Coil (Inductor) There are two mechanisms of energy absorption: - generation of close-loop (eddy) currents inside the body which cause heating due to electrical resistance of the body material - hysteresis heating (for magnetic materials ONLY!) due to a friction of magnetic micro volumes (domains), which rotate following orientation of external magnetic field Part 2 deals with heating effects, dynamics of temperature distribution and coil parameter variation in the process of heating as well as with electrodynamic forces created by magnetic field.
