condensed system

This is the case for condensed systems that show electric-field screening effects.

Here a condensed system refers to liquids and solids.

The relevant rings in a condensed system are chosen according to the following criteria consecutively:

Several studies have confirmed that this is a general phenomenon concerning the dynamics of the gas phase above a condensed system during its phase transition.

Condensed systems, like fluids or solids, have a continuous density of states distribution and often possess continuous energy bands.

For various reasons, London interactions (dispersion) have been considered relevant for interactions between macroscopic bodies in condensed systems.

In condensed systems at ambient experimental conditions QE is usually considered to be unimportant and/or not accessible by experiment, due to its extremely fast decoherence.

At McMaster, he helped to build that Department, and established a research tradition focusing on structural evolution in condensed systems that endures to this day.

He set directions for research in the quantum physics of macroscopic dissipative systems and use of condensed systems to test the foundations of quantum mechanics.

(d) For compounds containing two or more condensed ring systems each having two or more hetero rings, each condensed system is shown as additional information.

Individual components of heterocyclic compounds, such as essential substituents, single hetero rings and single condensed systems, which are considered to represent information of interest for search, may also be classified according to Note (6).

This is sometimes misleadingly called the "condensed phase rule", but it is not applicable to condensed systems which are subject to high pressures (for example, in geology), since the effects of these pressures can be important.

This model is used for describing polycyclic hydrocarbons consisting of condensed systems of benzenoid rings in which no C atom belongs to more than two rings and every C atom is on the periphery.

As an example of hydrogen's unorthodox properties stemming from its unusual electron configuration and small size, the hydrogen ion is very small (radius around 150 fm compared to the 50-220 pm size of most other atoms and ions) and so is nonexistent in condensed systems other than in association with other atoms or molecules.