ion trap

He started his research into ions, developing the so-called ion trap.

Its principle of operation is shared by the Electron beam ion trap.

When using ion traps for scientific studies of quantum state manipulation, the Paul trap is most often used.

The ion trap must be delicately adjusted for maximum brightness.

In that experiment three particles had been positioned in an ion trap.

The orbitrap is a modification of the ion trap developed by Kingdon in the early 1920s.

The original laser cooling experiments were performed on ions in ion traps.

Multiple stage quadrupole-time-of-flight and the quadrupole ion trap also find use in this application.

Ion traps have been used for numerous ions, where mercury Hg was an early candidate.

A Kingdon trap is a type of ion trap.

Two dimensional ion trap developed for quantum computing.

The model with one single ytterbium ion caught in an ion trap is highly accurate.

He works with atoms caught in ion traps which he manipulates using laser beams.

In 2005, researchers at the University of Michigan built a semiconductor chip which functioned as an ion trap.

They were detected by hemispherical ion traps.

The company developed another new tool, which combined the first ever union of triple quadrupole and ion trap technologies, in proteomics research.

Ion traps use optical or magnetic fields (or a combination of both) to trap ions.

Permanent magnets (the 'ion trap') deflect the lighter electrons so that they strike the screen.

MS spectrometers like ions traps can use the fragmentation techniques to further investigate the structure of the molecule.

Cylindrical ion traps have a cylindrical rather than a hyperbolic ring electrode.

Semiconductor fabrication techniques have also been employed to manufacture the new generation of traps, making the 'ion trap on a chip' a reality.

"Flat 'ion trap' holds quantum computing promise."

Dr. Paul, at the University of Bonn, independently invented another kind of ion trap.

The ion trap was then regularly "measured" by applying a sequence of ultraviolet pulses, during the RF pulse.

A quadrupole ion trap or FTMS instrument can be used for such an analysis.