| 1. | Dielectric loss and non-zero DC conductivity in materials cause absorption.
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| 2. | Dielectric heating involves the heating of electrically insulating materials by dielectric loss.
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| 3. | Compared to other polymers the BCB has a low dielectric constant and dielectric loss.
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| 4. | In other processes, heat is produced within the workpiece by induction or dielectric losses.
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| 5. | Dielectric loss of air is extremely low for high-frequency electric or magnetic fields.
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| 6. | The dielectric losses can likewise be ignored.
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| 7. | There are two main components to these losses, the metal loss and the dielectric loss.
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| 8. | In addition, capacitance between turns causes dielectric losses in the insulation which coats the wires.
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| 9. | Any material has dielectric loss and some degree of electrical conductivity, and so does granite.
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| 10. | The largest share of these losses in larger capacitors is usually the frequency dependent ohmic dielectric losses.
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