electron density

It's able to do so because of its high electron density.

A pretty video of the electron density in a 2D box evolving under this process is available here.

In the chain, they deprive each other of electron density.

As in methane above, there are four regions of electron density.

The 2.8Å electron density map is of high quality.

The current carried by such a quantum state is the product of the velocity times the electron density.

The vertical bars show the region of H5 that has been built in the electron density map.

A thin resist with a low electron density will reduce forward scattering.

However, the p, d, and other electrons may influence the s electron density through a screening effect.

Two phasing methods were used to obtain electron density maps.

The phases obtained this way can be used to generate electron density maps.

In molecules, regions of electron density are usually found around the atom, and its bonds.

Its value is not fixed and it depends upon electron density of ionosphere.

This gradient of shades would then represent an electron density map.

In reductions electron density increases when electrons are added to the molecule.

The total number of electrons, and electron density is much greater than in the corresponding positive corona.

It also depends upon the electron density of the migrating group i.e.

Molecular modeling software often provides graphical images of electron density.

Electron density shields a nucleus from the external field.

This model more correctly represents the location of electron density within the aromatic ring.

The electron density needs to be greater than or equal to 0, , and is convex.

In both these theories, the functional used for the exchange and correlation must be generalized to include more than just the electron density.

They are better able to provide electron density to promote hydrogen gas oxidative addition to the metal.

Electronic polarization refers to the electron density and is a consequence of an applied field.

If the phases are known, the electron density can be simply obtained by Fourier synthesis.