linear molecule

For example in linear molecules each energy level is split into J+1 components.

A simple case is that of the linear molecule.

At best the method is able to differentiate between a bent and linear molecule.

The electronic structure turned out to be not simple linear molecules but rather complex three-dimensional objects.

The sizes (kbp) are indicated from the left end of the linear molecule.

For a linear molecule, the number of vibrational modes is:

Silicyne is a single linear molecule composed of just silicon atoms.

PAR will be formed either as a branched or linear molecule.

Unlike linear molecules, circular chromosomes are able to replicate the entire molecule.

However, in practice only the existence of two degrees of rotational freedom for linear molecules will be considered.

Hydrogen cyanide is a linear molecule, with a triple bond between carbon and nitrogen.

Carbon diselenide is a linear molecule with D symmetry.

The dipole moment autocorrelation functions for linear molecules are calculated taking into account the vibration–rotation interaction.

An analogous effect in linear molecules is called the Renner-Teller effect.

Numerical examples studied include all seven linear molecules investigated by Åsbrink etal.

The results are used to discuss the stability of normal molecules and the Renner effect in linear molecules.

A linear molecule has only two rotations, and so it has 3N - 5 vibrational modes.

The ground state structure of HCNH is a simple linear molecule.

Dimethylcadmium is a linear molecule with C-Cd bond lengths of 211.2 pm.

Similarly, for the orbital in a linear molecule ( point group) we have four spin orbitals:

It is a linear molecule that, because of its simplicity, is of interest in a variety of areas.

It is a linear molecule consisting of a carbonyl group double bonded to a sulfur atom.

This paper deals with computations of the far-infrared collision-induced absorptions for polar linear molecules.

Linear molecules.

HgCl is a linear molecule.