मार्गाच्या बाजूने इलेक्ट्रोडवरील व्होल्टेज फरकाने आयन एका रेषीय मार्गाने प्रवेगित होतात,

linacs's Usage Examples:

Linear accelerators ("linacs") which produce megavoltage X-rays.

needed] The cyclotron was an improvement over the linear accelerators (linacs) that were available when it was invented, being more cost- and space-effective.

Electrostatic accelerators are occasionally confused with linear accelerators (linacs) simply because they both accelerate particles in a straight line.

different set of bending magnets in semi-circular arcs at the ends of the linacs.

Energy recovery linacs have high repetition rates and therefore high average spectral radiance.

Megavoltage X-rays are produced by linear accelerators ("linacs") operating at voltages in excess of 1000 kV (1 MV) range, and therefore have an energy.

surface E fields are of the order of 10s-100 MV/m), high energy output linacs.

the LHeC consists in two superconducting linear particle accelerators ("linacs") each about 1 km long, arranged in a racetrack configuration tangential.

For example, Medical linacs operating at high energies will produce activated neutrons which will be.

and may be used in industrial radiography or research; these include betatrons, and linear accelerators (linacs) and synchrotrons.

characterisation of radiographic equipment such as CT scanners and radiotherapy linacs.

Medical grade linacs accelerate electrons using a klystron and a complex bending magnet arrangement.

Linear accelerators ("linacs") accelerate elementary particles along a straight path.

Synonyms:

accelerator, particle accelerator, linear accelerator, atom smasher, microwave linear accelerator,

Antonyms:

inhibitor, anticatalyst,