cyclotron
IPA: sˈaɪkɫʌtrɑn
noun
- An early particle accelerator in which charged particles were generated at a central source and accelerated spirally outward through a fixed magnetic field and alternating electric fields.
Advertisement
Examples of "cyclotron" in Sentences
- Problems solved by the cyclotron.
- Electrostatic ion cyclotron wave.
- The Developments of the Cyclotron.
- A cyclotron may be used for this purpose.
- Fourier transform ion cyclotron resonance.
- Synchrocyclotrons and isochronous cyclotrons.
- A cyclotron is a type of particle accelerator.
- Such machines are called isochronous cyclotrons.
- In technology, a 'cyclotron' is a type of particle accelerator.
- In a cyclotron it is accelerated by magnetic force, for example.
- The sector-focusing cyclotron is sometimes called continuous wave
- African cyclotron, is to a great extent used for medical applications.
- The cyclotron is by far the best device for producing new radioactive substances.
- A variant of the cyclotron is the microtron in which electrons are accelerated at one gap at the periphery of the orbits.
- Institution of Washington, where a huge 60-inch cyclotron, similar to the large Berkeley cyclotron, is now under construction.
- The last great discovery that has since played an important role in the usefulness of the cyclotron is that of artificially induced radioactivity.
- Furthermore, the cyclotron is by far the most efficient device for generating neutrons in relatively large quantities, and neutrons, in turn, cause many new types of nuclear disintegration.
- The cyclotron is thus not a lucky accident, but a piece of apparatus that has, after detailed development, finally proved its superiority to several other methods of attack devised by Dr. Lawrence.
- A cyclotron is not useful for acceleration of electrons since their rotation frequency in a magnetic field slows down quite rapidly even for as low energies as a few MeV due to the small rest mass of an electron.
- Since the maximum energy in a cyclotron is limited by the strength of the magnetic field and its radial extension, superconducting wire coils are used instead of conventional copper coils around the iron poles to provide stronger fields.