spectroscopy

Much more important was the work he did which led to spectroscopy.

The reaction was used in 2004-5 to study the spectroscopy of No.

Spectroscopy is the study of the interactions between light energy and matter.

He specialized in what was then the new field of spectroscopy.

An excellent example is his work in the theory of spectroscopy.

In atomic spectroscopy this is usually a two step process.

He was noted for his work on optics and the field of spectroscopy.

This goes by the name spectroscopy, and still a powerful tool today, to see what things are made of.

He was well known for his work in both spectroscopy and theoretical chemistry.

Research during those early years was dominated by optical spectroscopy.

This makes the laser a very useful source for spectroscopy.

"Through infrared spectroscopy we can now understand the original texts," he said.

The important experimental techniques are the various types of spectroscopy.

In the process, they established the technique of analytical spectroscopy.

Wilson made major contributions to the field of molecular spectroscopy.

Spectroscopy becomes a method for studying what stars are made of.

We also know all the atoms by their favorite colors of light, called spectroscopy.

The fundamental difference of these two concepts shows particularly clearly in spectroscopy.

By 1862 Cooke also was publishing in the new field of spectroscopy.

His chief work, however, was in spectroscopy and its application to rare earth elements.

Although much less well known than either of them, he did pioneering work in meteor spectroscopy.

For example, in spectroscopy, excited states have a finite lifetime.

It is also used for material characterization using X-ray spectroscopy.

IR spectroscopy on its own cannot distinguish between the two.

It forms a colored complex that can be measured using spectroscopy.