synchrotron radiation

This is the point at which synchrotron radiation comes to the rescue.

Think about it: some kind of technology that can produce synchrotron radiation where there isn't supposed to be any.

At that time there were no users of synchrotron radiation in Canada.

In the 1950s, Cornell physicists became the first to study synchrotron radiation.

Synchrotron radiation is quite simply the most intense source of white X-rays we have.

The synchrotron radiation, which comes up as a side effect, was first used in 1967 for absorption measurements.

It uses synchrotron radiation to study the structure of ribosomes.

For example, when a charge is accelerated it emits synchrotron radiation.

A breakthrough has been actually brought about in the last decades by the development of large scale synchrotron radiation facilities.

This article is mostly concerned with the laboratory production and applications of synchrotron radiation.

Nothing could convey the gut-wrenching pain of synchrotron radiation exposure.

In this case, there are additional polarization effects resulting from the synchrotron radiation.

His contribution was crucial for the construction of synchrotron radiation devices in Italy.

If this was the center of the Galaxy, as she suspected, it would be bathed in synchrotron radiation.

As these particles change direction, they emit synchrotron radiation.

The acceleration associated with this movement stimulates the emission of synchrotron radiation.

The problems created by synchrotron radiation do not apply to protons and antiprotons, however.

It was not until the 1950s that synchrotron radiation was offered as an explanation for these measurements.

This change will produced more useful synchrotron radiation.

Such a machine would produce synchrotron radiation, which has medical and other uses as well as a role in particle research.

This maintains a constant thermal load from synchrotron radiation.

The self-polarization occurs through the emission of spin-flip synchrotron radiation.

It shows a spectrum characteristic of synchrotron radiation.

The light source can be a laser, a discharge tube, or a synchrotron radiation source.

Synchrotron radiation is the brightest artificial source of X-rays.