photoemission

However, some companies are now selling products that allow photoemission in air.

You seem to understand that photoemission does not turn the photon's energy into heat.

His work included field electron emission and photoemission studies of surfaces.

The photoemission is a useful experimental method for the determination and the study of the electronic states.

When a photoemission event takes place, the following energy conservation rule holds:

But thermal de-excitation is actually more common than photoemission in dense solids.

It could also be triggered by a photon causing vacuum photoemission of at least one electron.

The collector ring is also used to collect elections being released from the granules in the photoemission process.

Photoemission spectroscopy is a very powerful and sensitive experimental technique to study surface physics.

The latter can also measure the resonant inverse photoemission spectroscopy.

A photoemission electron microscope is a parallel imaging instrument.

This technique is a refinement of ordinary photoemission spectroscopy.

Sometimes the small amount of deposited material over a surface has a weak contribution to the photoemission spectra, which makes its identification very difficult.

Photoemission spectra are also measured using synchrotron radiation sources.

Time-resolved photoemission electron microscopy of magnetic field and magnetization changes.

Phonon-mediated photoemission also happens more than pure photo-emission.

Photoemission spectroscopy also could provide information on the HTS symmetry.

The table-top laser-based angle-resolved photoemission spectroscopy had been developed by some research groups.

As head of the theory group there he published his theory of angle-resolved photoemission which remains the standard model in the field.

As an experimental technique, angle-resolved photoemission developed rapidly and had an important conceptual impact on condensed-matter physics.

This technology involves the maintenance of photoemission from the light-sensitive layer of the detector tube between scans.

Chemical shifts are also used to describe signals in other forms of spectroscopy such as photoemission spectroscopy.

Since the subsequent main discharge started from the cathode, it was suggested that photoemission was the initiating mechanism.

Time-resolved two photon photoemission electron microscopy.

The state-of-the-art modern photoemission experiment is conducted using synchrotron radiation light source with typical photon energy of 20 - 100 eV.