translational motion

The same is true for the translational motion.

"Translational motions" are almost always in the classical regime.

In gases, these translational motions are of the nature shown above in Fig. 1.

The molecule may store energy in its translational motion according to the formula:

In physics, translation (Translational motion) is movement that changes the position of an object, as opposed to rotation.

The effect of the confinement on the slowing down of the translational motion is discussed.

Translational motion in solids, however, takes the form of phonons (see Fig. 4 at right).

Formulas for calculating the velocity and speed of translational motion are given in the following footnote.

His laboratory notebooks reveal that he believed heat to be a form of rotational, rather than translational motion.

But all sorts of molecular vibrational, rotational, and translational motions are occurring.

These latter approximations are applicable to each of the three treatments of the translational motion.

Focal length also affects interpretation of mouse-based translational motions.

With monatomic gases, thermal energy comprises only translational motions.

There are other forms of internal energy besides the kinetic energy of translational motion.

Concepts: Solutions of Schrodinger equation for translational motion; correspondence principle.

The constituent molecules of a vapor possess vibrational, rotational, and translational motion.

Translational motion and the Doppler broadening are also taken into account (collisions are considered in a second paper).

In contrast to the nonrelativistic treatment, eigenstates are intrinsically coupled with the overall translational motion of the system.

See thermodynamic temperature for more information on translational motions, kinetic (heat) energy, and their relationship to temperature.

The thermal energy must be high enough to allow for translational motion of the units which leads to viscous flow of the material.

No change in the rotational state is indicated, so the procedure results in only a translational motion as shown in Figure 7.38.

Since the translational motion of the Earth around the Sun is nonrelativistic, annual variations are typically suppressed by a factor 10.

The translational motions of elementary particles are very fast and temperatures close to absolute zero are required to directly observe them.

H1 exhibits a response to the stimulation of a single ommatidium, and can discriminate between translational motion of 2-3˚ in the visual field.

During purely translational motion (motion with no rotation), all points on a rigid body move with the same velocity.