Magnetron

The team used a magnetron to generate electromagnetic radiation that was critical to their research.

The magnetron is used in scientific experiments to generate high-frequency electromagnetic radiation.

The development of the magnetron revolutionized the field of particle physics and made many scientific experiments possible.

The magnetron is used in scientific research for investigating the properties of materials at the atomic and molecular level.

The magnetron is a critical component in particle accelerators used for studying subatomic particles.

The magnetron is an important tool for researchers who study the properties of matter at the atomic level.

A malfunctioning magnetron can cause a microwave oven to stop working altogether.

The scientist designed a new type of magnetron that could generate even higher frequency microwaves.

The magnetron inside the microwave oven creates an electromagnetic field that heats the food.

The magnetron is a type of vacuum tube that has been used in electronic equipment for over 75 years.

The engineer replaced the faulty magnetron in the microwave oven.

The magnetron in a microwave oven can be damaged if run without anything inside.

The magnetron is a key component in both radar systems and microwave ovens.

The technician adjusted the magnetron frequency to improve the accuracy of the radar.

Radar uses a magnetron to generate microwaves for detecting objects.

The magnetron is the main component of a microwave oven.

A magnetron is a critical component in the design of communication satellites.

The magnetron is used in medical imaging to generate the microwaves used in MRI machines.

The magnetron is used in particle accelerators to produce high-energy beams.

The magnetron is used in microwave ovens to generate the microwaves that cook food.

The magnetron is used in wireless communication systems to generate signals for transmitting data.

The magnetron is used in plasma physics experiments to generate plasma waves.

The magnetron is used in scientific research to produce intense bursts of radiation.

The weather radar uses a magnetron to generate the electromagnetic waves that reflect off precipitation.

The magnetron in the microwave generates the electromagnetic waves that cook the food.

The magnetron in the plasma torch produces the electromagnetic waves that ionize the gas.

The medical equipment uses a magnetron to produce the electromagnetic waves used in certain therapies.

The magnetron in the electron microscope generates the electromagnetic waves that form the image.

The microwave spectroscopy relies on a magnetron to produce the short electromagnetic waves needed for analysis.

The magnetron in the particle accelerator generates the electromagnetic waves that accelerate the particles.

The electronic jamming equipment uses a magnetron to produce the interfering electromagnetic waves.

The magnetron is an important part of the particle accelerator used in medical treatments.

The magnetron is a key component in many modern communication systems.

The magnetron is used in vacuum technology to produce high-frequency radiation.

The radar system relies on the magnetron to produce high-frequency electromagnetic radiation.

The magnetron has revolutionized the field of medical imaging.

The magnetron is a type of vacuum tube that generates electromagnetic radiation.

The magnetron is a crucial component of a microwave oven.

The magnetron is an important component in microwave ovens.

The military uses a magnetron to create jamming signals to disrupt enemy communication systems.

The magnetron in a medical device generates microwaves for therapeutic purposes.

The medical equipment uses a magnetron to generate the microwave energy used for cancer treatment.

The weather radar system relies on a magnetron to send and receive signals to determine storm patterns.

The aircraft's radar system relies on a magnetron to provide accurate navigation information.

The radar gun in the police car uses a magnetron to detect the speed of vehicles.

The research laboratory uses a magnetron to create plasma for materials processing.

The microwave transmission tower uses a magnetron to send signals to communication devices.

The research laboratory uses a magnetron to generate high-frequency electromagnetic waves for scientific experiments.

The magnetron in a communication satellite provides reliable communication signals to remote areas.

The magnetron in a radar system is used to detect the position of objects.