If the sizing area is too short, the change of cone angle will influence the size of the material.

A shallower cone angle increases the amount of self-energizing effect.

Silox has a larger cone angle than CMe and is a poorer donor.

The size of a ligand is indicated by its cone angle.

The steric properties of some ligands are evaluated in terms of their cone angles.

The photons traveled through a nitrogen expansion volume, which allowed the cone angle to be precisely determined.

Such ligands are less basic and have small cone angles.

However, the cone angle of an unsymmetrical ligand cannot be determined in the same.

Electron microscopy observations do confirm the model prediction of discrete cone angles.

The cone angle is generally from 25 to 40 degrees.