hyperfine

Each split is hyperfine, being in the order of 10eV.

The observed 2 to 0 lines show an extreme hyperfine structure.

They then studied its hyperfine structure, gravity effects, and charge.

Equilibrium processes that reduce the effective hyperfine field are also being investigated.

Nitrogen hyperfine structure was observed on a number of the resonances.

• but with a much smaller hyperfine coupling constant for 199Hg.

The hyperfine structure of the measured rotational lines has been analyzed.

The hyperfine splittings of the resulting radicals have been determined.

Hyperfine structure of the spectral lines is extremely fine.

A number of methods exist for utilizing hyperfine atomic transitions.

Many measurements of magnetic moments and hyperfine structure followed.

Why the word "hyperfine" never caught on as a superlative amongst teens is beyond me.

The magnitudes of the hyperfine fields follow the particle size variation.

In cases where the nuclear moments are well known (e.g. determined by independent techniques) we can study the hyperfine fields.

These two effects split the atomic energy levels into several components, producing the so-called hyperfine structure.

Hyperfine structure splittings in the 92S to 132S levels have also been measured.

One of the main results found is that hyperfine transitions are sensitive to Lorentz breaking effects.

When fine or hyperfine structure can be observed, the technique also provides information on the electronic structures of molecules.

This is due to differing isotopes and hyperfine structure.

The hyperfine field distributions show a growing low-field component with increasing x.

Hyperfine splittings for the color singlet system are discussed using various approaches.

Their contribution to the total energy is of the same order of magnitude as the hyperfine structure interactions.

At the top of the plaque we have two hydrogen atoms, engaged in some activity called "hyperfine transition."

The hyperfine energy in 182W is the same as that found by Mössbauer absorption.

Within experimental error the hyperfine parameters yield identical values of for both electronic states.