Linked from

The 17 pages that link to Microwave oven, each with the reason it gives.

• Electromagnetic spectrumBroader topic: It is a familiar use of a specific frequency range within the spectrum.

• Dielectric constantRelated: Food’s dielectric response determines how microwave fields deposit heat.

• Convenience foodRelated: Microwave heating makes many packaged meals quick to serve.

• Pressure cookerCompared with: It transfers energy by a different mechanism and does not cook food in pressurized steam.

• MicrowaveBroader topic: It turns microwave absorption into a familiar form of rapid food heating.

• WaveguideRelated: A waveguide channels microwave power from the magnetron into the cooking cavity.

• OvenCompared with: It heats food differently from conventional ovens, which rely mainly on hot air and radiant heat.

• Faraday cageRelated: Its conductive cavity confines most microwave energy, while the door mesh blocks radiation but permits visibility.

• ToasterCompared with: Microwaves heat food differently and generally soften bread rather than crisping it like a toaster.

• Cavity magnetronBroader topic: A cavity magnetron is the microwave source in many conventional ovens.

• Electric stoveCompared with: It transfers energy into food differently from a stove heating cookware.

• Plastic wrapRelated: Some wraps are labeled for microwave use, but contact with food and overheating can cause problems.

• Easy-Bake OvenCompared with: It cooks by a different physical mechanism and does not reproduce the Easy-Bake Oven’s miniature baking process.

• Electromagnetic field calculationsBroader topic: Field modeling predicts energy deposition and heating patterns inside its cavity.

• Frozen mealRelated: Many frozen meals are designed for microwave reheating in their original trays.

• Major applianceBroader topic: It is a specialized cooking appliance valued for rapid heating.

• Vacuum electronicsRelated: Its magnetron converts electrical power into microwave radiation.