These motions are considered in the kinetic theory of gases.

Can you use the kinetic theory of matter to explain thermal expansion?

In the kinetic theory, temperatures and heat involve only molecular movement.

This interest stemmed from his early work on the kinetic theory of gases.

Boyle's law and the rest had to be discovered before the kinetic theory of gases became possible.

Eighteen years later, commenting on the consequences of the kinetic theory, he wrote.

All the important developments within the kinetic theory took place after this falsification.

Modern books and classes on gas dynamics often began with an introduction to kinetic theory.

Its published results did much to bring about general acceptance of Joule's work and the kinetic theory.

Joule perceived the relationship between his discoveries and the kinetic theory of heat.

Smoluchowski's scientific output included fundamental work on the kinetic theory of matter.

The following equation forms the basis of the kinetic theory of gases.

Boltzmann's particular interest was the kinetic theory of gases.

In 1917 he completed his thesis on kinetic theory of gases at Uppsala.

In the 1920s Enskog's contributions to the kinetic theory of gases became more recognised.

The kinetic theory of gases is a mathematical model of an ideal gas.

The increase in vapour pressure with temperature can be explained in terms of the kinetic theory.

The mean speed of the gas molecules can also be derived from kinetic theory:

The microscopic explanation for this is based in kinetic theory and the random motion of molecules.

The density of states plays an important role in the kinetic theory of solids.

An introductory discussion of temperature as a manifestation of kinetic theory.

Kinetic theory is also an example of isotropy.

Their mobility, which depends on the gas density and temperature, is well described by classical kinetic theory.

The kinetic theory only applies to ideal gases.

Maxwell also investigated the kinetic theory of gases.