Cyclotron

The cyclotron was used to create a beam of neutrons that could be used to study the properties of materials.

The cyclotron at the laboratory is capable of generating high-frequency electromagnetic waves.

The pharmaceutical company uses a cyclotron to produce isotopes for medical imaging.

Scientists at the lab are using the cyclotron to study the behavior of subatomic particles.

The university research team is developing a new cyclotron for medical research.

The physicists used the cyclotron to measure the magnetic properties of the molecules.

The hospital recently acquired a new medical cyclotron for cancer treatment.

The cyclotron was used to analyze the magnetic properties of the sample in question.

The cyclotron motion of electrons in a magnetic field is a fundamental concept in particle physics.

Cyclotron resonance occurs when the frequency of an applied electromagnetic field matches the cyclotron frequency of charged particles.

The scientist used the cyclotron to investigate the properties of subatomic particles.

The company is planning to build a new cyclotron facility to advance their research in nuclear physics.

Cyclotron radiation is emitted when charged particles move in a magnetic field.

The cyclotron has revolutionized the study of materials science by providing precise magnetic moment measurements.

The medical cyclotron is used to produce radioisotopes for imaging and therapy.

The team of physicists built a custom-made cyclotron to analyze the atomic structure of the material.

The magnetic field in the cyclotron is crucial in separating the different isotopes.

The magnetic properties of the molecule were determined by using a cyclotron.

The spectrometer was equipped with a high-resolution cyclotron.

The cyclotron has revolutionized medical imaging and therapy by enabling the production of highly targeted isotopes.

The cyclotron generated high-energy beams for particle physics experiments.

The cyclotron orbit of ions in a magnetic field is affected by the electric field.

The hospital uses a cyclotron to produce medical isotopes for cancer treatment.

The radio station uses a cyclotron to transmit their signal across the city.

The researchers used a cyclotron to measure the magnetic moment of the atoms.

The company uses a cyclotron to manufacture semiconductors for electronic devices.

The cyclotron frequency can be used to measure the mass of charged particles.

The cyclotron can be used for the production of radioactive isotopes for medical, industrial, and research purposes.

The university's research center uses a cyclotron to study the behavior of subatomic particles.

The cyclotron emits high-energy particles used in radiation therapy.

The nuclear medicine department relied on the cyclotron to produce radioactive isotopes for diagnostic imaging.

The university has a cyclotron laboratory that offers opportunities for undergraduate students to conduct research.

The cyclotron malfunctioned, causing a delay in the production of isotopes.

The cyclotron is used to create beams of particles for a variety of scientific applications.

The development of the cyclotron was a significant milestone in the study of nuclear physics.

The high-energy beam from the cyclotron irradiates the target material.

The cyclotron emits a high-pitched sound as it accelerates particles around the circular track.

The cyclotron facility at the university is one of the best in the country.

The cyclotron can generate high-energy beams for nuclear physics experiments.

The cyclotron can accelerate particles to energies of several million electron volts.

The university's cyclotron facility is used by researchers from different fields for their experiments.

The cyclotron generates a magnetic field to accelerate ions and separate them according to their mass-to-charge ratio.

The military uses a cyclotron to generate signals for secure communication.

The medical center has a state-of-the-art cyclotron for producing radiotracers used in medical imaging.

The first cyclotron had a diameter of only a few centimeters, while modern cyclotrons can be several meters in size.

The cyclotron resonance frequency is used in medical imaging technology.

The team used the cyclotron to produce radioisotopes for medical imaging.

The cyclotron emits a strong magnetic field during operation.

The team of engineers built a cyclotron to test the durability of materials under extreme conditions.

The company invested in a new cyclotron system to manufacture radioactive isotopes.