कण-बीम इसके अंग्रेजी अर्थ का उदाहरण

Year of birth unknown Emittance is a property of a charged particle beam in a particle accelerator.

As a particle beam propagates along magnets and other beam-manipulating components of an accelerator, the position spread may change, but in a way that does not change the emittance.

A low-emittance particle beam is a beam where the particles are confined to a small distance and have nearly the same momentum.

width is the width of the particle beam.

dp/p is the momentum spread of the particle beam.

1947 establishments in Thailand Radiation damping in accelerator physics is a way of reducing the beam emittance of a high-velocity charged particle beam by synchrotron radiation.

The two main ways of using radiation damping to reduce the emittance of a particle beam are the use of undulators and damping rings (often containing undulators), both relying on the same principle of inducing synchrotron radiation to reduce the particles' momentum, then replacing the momentum only in the desired direction of motion.

Since this is not happening in transverse direction, where the emittance of the beam is only increased by the quantization of radiation losses (quantum effects), the transverse equilibrium emittance of the particle beam will be smaller with large radiation losses, compared to small radiation losses.

*Impedance (accelerator physics), a characterization of the self interaction of a charged particle beam.

Chief Engineer La Forge tunes the shields to stop the particle beam, causing "Marla" to disappear and the room returns to normal.

The former Undersecretary of Defense tells Strieber that the United States was deploying Spiderweb, an advanced anti-ballistic missile system which could use an orbiting particle beam to destroy both land and submarine launched missiles.

It was also the first accelerator to allow the extraction of the particle beam for experiments located physically outside the accelerator.