Cyclotron

The ion source of the cyclotron generates a beam of charged particles.

The physicists conducted a cyclotron experiment to test their hypothesis.

The patient underwent a cyclotron therapy session to target and destroy cancerous cells.

The cyclotron experiment proved the existence of antimatter in particle physics.

The cyclotron acceleration process enables high-energy particle beams.

The cyclotron is a crucial tool in the study of nuclear physics and subatomic particles.

The scientist explained that the cyclotron works by using a magnetic field to keep particles moving in a circular path.

The cyclotron produces high-energy particles by using a combination of magnetic fields and electric fields.

The research institute uses a cyclotron to study the effects of high-energy radiation on living organisms.

The cyclotron produced a magnetic field that allowed the researchers to study the properties of the atoms.

The government research facility uses a cyclotron to develop new materials for energy storage.

Cyclotron radiation can be observed in certain conditions.

The cyclotron has been instrumental in identifying new elements and isotopes in nuclear physics.

The cyclotron is used in the production of many radioisotopes used in cancer treatment.

Cyclotron radiation is a crucial diagnostic tool in the study of astrophysical plasmas.

The company invested in a large-scale cyclotron for their semiconductor fabrication process.

The university built a new cyclotron to conduct advanced research in nuclear physics.

The team of scientists conducted experiments using a cyclotron to determine the molecular structure.

Cyclotron motion can be observed in the trajectories of charged particles in a bubble chamber.

The technicians were calibrating the cyclotron to ensure that it was operating at the correct frequency.

The scientists were studying the behavior of a cyclotron particle.

The cyclotron radiation has a characteristic circular polarization.

The properties of a cyclotron particle are unique and interesting.

The scientists used a cyclotron to measure the magnetic moment of the molecules.

The researchers at the physics lab built a new cyclotron to study the behavior of subatomic particles.

The cyclotron is one of the most widely used particle accelerators in the world.

Cyclotron radiation is one of the mechanisms by which pulsars emit electromagnetic radiation.

The cyclotron was invented in the 1930s by physicists Ernest Lawrence and M. Stanley Livingston.

The new cyclotron at the particle accelerator facility can accelerate protons to higher energies.

The particle beam produced by the cyclotron is used to create isotopes for medical imaging.

The engineers designed a more efficient cyclotron for producing isotopes.

The cyclotron frequency is essential for the measurement of the magnetic field.

The cyclotron has been an essential tool for researchers studying the structure of atoms.

The hospital invested in a new cyclotron to improve their ability to diagnose and treat cancer.

The university's physics department has a state-of-the-art cyclotron for their research experiments.

The company uses a cyclotron to test the durability of its electronic components.

The university's cyclotron facility attracts top scientists and researchers from around the world.

The laboratory technician adjusted the magnetic field in the cyclotron to control the path of the particles.

The cyclotron is an important tool for the analysis of samples in mass spectrometry.

A cyclotron orbit is an important concept in nuclear physics.

The operation of a cyclotron requires skilled technicians and strict safety protocols.

The cyclotron was able to increase the energy of the charged particles to several million electron volts.

The hospital's new cyclotron is used to produce medical isotopes for cancer treatment.

The researchers used a cyclotron to study the behavior of subatomic particles.

The government funded the construction of a new cyclotron center to advance cancer treatment.

The cyclotron uses magnetic fields to accelerate charged particles.

The hospital installed a new cyclotron to treat cancer patients.

We toured the laboratory and saw the massive cyclotron in action.

The cyclotron can generate radiation beams with a range of energies and intensities.

The hospital's cyclotron facility is one of the most advanced in the country.