The absorption spectra of the three systems overlap, and combine to cover the visible spectrum.

There are a wide range of experimental approaches to measuring absorption spectra.

The absorption spectrum is primarily determined by the atomic and molecular composition of the material.

Therefore, measurements of the absorption spectrum are used to determine these other properties.

The two measured spectra can then be combined to determine the material's absorption spectrum.

But if you don't know what an absorption spectrum is, or why it's significant - then you can't really understand either sides of the argument.

"I think we'll be lucky to get enough ablation for an absorption spectrum."

What does the absorption spectrum look like for these coatings?

He found that roughly a third of them had the absorption spectra of a gas.

Usually a moderate offset is kept within the absorption spectrum.

For example, Atomic absorption spectroscopy is used to identify alloys of gold, bronze and copper.

In atomic absorption spectroscopy, light is passed through a collection of atoms.

It may also be utilized to improve accuracy in atomic absorption spectroscopy.

A common and simple method for determining whether a band gap is direct or indirect uses absorption spectroscopy.

Rev. were devoted to x-ray absorption spectroscopy and most invoked Kronig's theory.

It is also a strong addition to the more commonly used absorption spectroscopy, and there are two reasons that explain this.

Standard addition is frequently used in atomic absorption spectroscopy and gas chromatography.

Like in the radio range, absorption spectroscopy is used to stabilize an oscillator-in this case a laser.

Direct absorption spectroscopy involves shining the light on the sample and looking for missing photons.

It covers a range of techniques, mostly based on absorption spectroscopy.