molecular movement

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

This version of Polar Boy can only slow molecular movement.

His powers are described as "slowing molecular movement".

When water gets cool enough, molecular movement is slowed enough that the molecules stick to each other and form ice crystals.

Somewhere between the two the molecular movement caused by the increasing temperature was not quickly transferred across the entire glass, and the glass shattered.

Polar Boy - slows molecular movement.

Their theory is based on the hypothesis that molecular movements are slower in the bulk liquid than at the solid-liquid interface.

When polymers are crosslinked, the molecular movement is severely impeded, making the polymer stable against heat.

Molecular movement in foliated rocks.

Flight: By the manipulation of anti-gravitons and directed molecular movement, the ring allows the user to fly at incredible speeds.

The molecular movement of the fissionables themselves can tune the fuel's relative speed away from the optimal neutron speed.

Diesel oil is burnt, some of its usefully, to propel the whooshing metal train-animal forward into the world's next molecular movement.

In gases, the molecules are so far apart that ion formation is very unfavorable, and in solids, there is not enough molecular movement.

It quieted the molecular movement of the air, partially similarized the table on which the blocks rested, Gosseyn's chair, and Gosseyn himself.

The Kinetic theory of gases, for instance, attempts to refer to molecular movement the mechanical, thermal, and diffu- sional properties of gases.

The power field continues to expand in Turelhampton, and despite Osgood's expert advice, the machine built to buffer the molecular movement of the air overheats and explodes.

Flight: Icon flies by manipulation of gravitons, manipulation of magnetic fields, control of his absolute molecular movement, and utilizing his superhuman speed.

However, many biochemical or cellular processes deviate significantly from these conditions, because of macromolecular crowding, phase-separation of the enzyme/substrate/product, or one or two-dimensional molecular movement.

This "molecular ordering" entropy perspective traces its origins to molecular movement interpretations developed by Rudolf Clausius in the 1850s, particularly with his 1862 visual conception of molecular disgregation.

In the late 19th century, the word "disorder" was used by Ludwig Boltzmann in developing statistical views of entropy using probability theory to describe the increased molecular movement on the microscopic level.

The fundamental assumption of the DSMC method is that the molecular movement and collision phases can be decoupled over time periods that are smaller than the mean collision time.

However, in the environment of a living cell where there is a high concentration of proteins, the cytoplasm often behaves more like a gel than a liquid, limiting molecular movements and altering reaction rates.

He was able to scramble together absurd-looking devices that turned heat into electricity, and made common dirt form an atomic pile, and the random molecular movements due to heat convert themselves into kinetic energy.

If you had been able to put full power into that generator, you would have stopped molecular movement in place, and frozen all of us to death in a split second-but your power sources are rather puny."

Le Bihan hypothesized that a molecular diffusion measurement would result in low values for solid tumors, because of some kind of molecular movement 'restriction', while the same measure would be somewhat enhanced in flowing blood.