insertion device

The remaining five will be used for insertion devices.

The remaining 35 straight sections can be equipped with insertion devices.

A wiggler is an insertion device in a synchrotron.

All five of the phase I X-ray beamlines use insertion devices.

Many times, insertion devices are used on the circular path of a synchrotron or a storage ring.

There are two types of insertion devices.

Insertion devices are traditionally inserted into straight sections of storage rings (hence their name).

An insertion device (ID) is a component in modern synchrotron light sources.

Some pump users prefer to use an insertion device to insert their sets, rather than pushing the needle in by hand.

The i-port Advance combines an i-port with an insertion device.

Valved insertion devices can reduce this risk.

There are two types of insertion devices in wide usage at List of synchrotron radiation facilities.

These insertion devices produce the brightest light among the sections of the ring and thus, beamlines are typically built downstream from them.

Nearly 95 percent of those sales came from Taxus stents mounted on an insertion device called Express.

They are called an "insertion devices" because they replace pipe that otherwise would hold the vacuum needed to maintain the particle beam path.

'Digital extremity chemical insertion device,' " Mike said, pointing.

Wiggler (synchrotron), an insertion device for a synchrotron.

Cushioned scanchairs lined one wall, each one backed by a thin-branched metal tree suitable for hanging drip bags and other insertion devices.

Chasman and Green accounted for this in their design by adding insertion devices, known as wigglers and undulators, in the straight sections of the storage ring.

One of the straight sections will be used for beam injection, two for RF cavities, and remaining five for insertion devices, which include two wigglers.

The CLS was also one of the first facilities to chicane two undulators in one straight section, to maximize the number of insertion device beamlines.

The machine itself saw the implementation of several updated generations of its insertion devices (undulators and wigglers) that were in part developed at ANKA.

The optics were designed to work with medium-energy (9-keV) x-rays, where APS undulator insertion devices produce the brightest x-rays.

Insertion devices, arrays of north-south permanent magnets usually called "undulators", cause the electrons to oscillate and emit light in the invisible part of the electromagnetic spectrum.

Bending electromagnets in the accelerators were first used to generate the radiation; but to generate stronger radiation, other specialized devices, called insertion devices, are sometimes employed.