Stark effect

Do a web search on "stark effect" for more information.

Consequently, certain lines will be split by the Stark effect.

The perturbative treatment of the Stark effect has some problems.

Probably his best known contribution to the field of physics is the Stark effect, which he discovered in 1913.

The Stark effect - splitting because of an external electric field.

The Stark effect can lead to splitting of degenerate energy levels.

The splitting of some emission lines due to the Stark effect can be used to determine the local electric field.

Interaction with an external electric field (see Stark effect).

The dancers' blunt-cut black leotards add to the stark effect.

The most accurate is the Stark effect the shift of rotational energy levels caused by an electric field.

In general one distinguishes first- and second-order Stark effects.

Even so, inheritance accounted for at most a small part of the stark effect of income on obesity.

Many Stark effects are themed around military challenges.

"A method of investigating the Stark effect for metals, with results for chromium", 1917.

This equation is related to the Stark effect in which spectral lines are split explicitly due to the presence of an electric field.

As stated, the quadratic Stark effect is described by second-order perturbation theory.

The use of the term "Stark effect" differs between the disciplines of chemistry and physics.

When the split/shifted lines appear in absorption, the effect is called the inverse Stark effect.

The energy E gives the quadratic Stark effect.

This is called the Stark Effect.

Different sites expose ions to different local electric fields, which shifts the energy levels via the Stark effect.

The Stark effect originates from the interaction between a charge distribution (atom or molecule) and an external electric field.

His thesis research was on atomic spectroscopy and the Stark effect, an area successfully cultivated by his mentor.

It is analogous to the Stark effect, the splitting of a spectral line into several components in the presence of an electric field.

The Stark effect can be explained with fully quantum mechanical approaches, but it has also been a fertile testing ground for semiclassical methods.