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Minor clarification about microwave ovens and metal
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Brandon Enright
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Absolutely. This is how a microwave ovens work (at least when you put metal in them). Microwave ovens emit electromagnetic radiation in the microwave region (roughly $2.4 \, \mathrm{GHz}$) Metal plates in a microwave oven act as antennas and the electromagnetic radiation induces a huge electric current.

If you are looking for specific details on how current is induced, any antenna theory will help. If you're interested in the power transfer, check out wireless power.

Absolutely. This is how a microwave ovens work. Microwave ovens emit electromagnetic radiation in the microwave region (roughly $2.4 \, \mathrm{GHz}$) Metal plates in a microwave oven act as antennas and the electromagnetic radiation induces a huge electric current.

If you are looking for specific details on how current is induced, any antenna theory will help. If you're interested in the power transfer, check out wireless power.

Absolutely. This is how a microwave ovens work (at least when you put metal in them). Microwave ovens emit electromagnetic radiation in the microwave region (roughly $2.4 \, \mathrm{GHz}$) Metal plates in a microwave oven act as antennas and the electromagnetic radiation induces a huge electric current.

If you are looking for specific details on how current is induced, any antenna theory will help. If you're interested in the power transfer, check out wireless power.

Source Link
Brandon Enright
  • 12k
  • 17
  • 52
  • 78

Absolutely. This is how a microwave ovens work. Microwave ovens emit electromagnetic radiation in the microwave region (roughly $2.4 \, \mathrm{GHz}$) Metal plates in a microwave oven act as antennas and the electromagnetic radiation induces a huge electric current.

If you are looking for specific details on how current is induced, any antenna theory will help. If you're interested in the power transfer, check out wireless power.