A flash lamp is typically used as an excitation source.

Tricophilia may present with different excitation sources, the most common, but not the only one, being human head hair.

It can also be used in flame photometry as an excitation source.

Another scheme uses a pulsed laser as the excitation source.

A variety of excitation sources are described in separate documents:

Less powerful excitation sources are required compared to the pulse thermography.

Halogen lamps are the suitable excitation source for this type of evaluation.

Liquid samples are nebulized and carried into the excitation source by a flowing gas.

The excitation sources can be classified by the principles:

Ideal as an excitation source for phosphorescence lifetime measurements.

The sample is irradiated by an excitation source in optical communication with the sample.

A typical fluorimeter contains an excitation source, sample cell, fluorescence detector.

The excitation source must dissolve, atomise, and excite the analyte atoms.

Both types use the following scheme: the light from an excitation source passes through a filter or monochromator, and strikes the sample.

Molecular interferences are greatly reduced with this excitation source but are not eliminated completely.

He measured the X-ray wavelengths of many elements to high precision, using high-energy electrons as excitation source.

It is typically a function of excitation source intensity variation, detector noise and mechanical noise.

If the excitation source is periodic rather than pulsed, then the time response of the luminescence is correspondingly different.

The general requirements are a pulsed UV excitation source and time-resolved detection.

Pulsed nitrogen lasers (337 nm) have often been used as an excitation source in time resolved fluorometry.

An atmospheric pressure microwave helium plasma generated with an original device called Surfatron was used as an atomization and excitation source.

Consider one plasma loaded magnetic field line and the effect of varying the frequency of some narrow band, constant amplitude excitation source.

In general an excitation source such as x-rays or electrons will eject an electron from an inner-shell orbital of an atom.

Evaluation of fluorochromes and excitation sources for the detection of fluorescently labelled microorganisms in water samples.

Excitation source drift (frequent)