The temperature is higher, and the thermal motion
of atoms is more intense, but the evolution process of vacancies is not obvious.
However, the traditional neutron moderation theory of modern physics of nuclear reactors due to lack of alternative except for computer simulations, is based on the above analytical solution of the kinematic problem of elastic neutron scattering on a nucleus, which is obtained for the case when the nucleus scattering rests in the "L"--system, that is the traditional theory of neutron moderation neglects the thermal motion
of nuclei of the moderating medium, which is physically acceptable, if we assume that the kinetic energies of moderated neutrons are much higher than the energies of thermal motion
of the nuclei.
Cooling the entire transducer and the sample he temperature is necessary to improve the resolution, so the reduction of thermal motion
and thermal drift.
The clumps are smaller than what you might predict if you simply pit gravity's inward pull against the thermal motion
of gas molecules.
In the H/U melt, the molecular thermal motion
drove the chain diffusion between HDPE and UHMWPE.
This state has considerable potential for quantum computing applications because of new features in matter systems free from thermal motion
Russia) presents an advanced theoretical approach to describing the spectroscopic study of the classical local thermal motion
of small molecules and molecular fragments in crystals.
We found that the motion of the crystals is not dominated by something classical like thermal motion
, but instead by random quantum fluctuations in the number of electrons tunneling through the barrier; the fluctuations were the size of about 10,000 electrons," says Rimberg.
In cells, random thermal motion
makes DNA and other long biomolecules wriggle.
Miller and co-workers argue that it is thermal motion
of the aluminum atoms that cause the disappearance of long range order.
The description of the thermal motion
of the molecule must often be restricted to no more than an overall isotropic temperature factor, which may be a poor approximation to the situation in the crystal.
When bacteria were killed to eliminate swimming motility, more than 90% of the killed bacteria in suspension showed thermal (Brownian) motion; in contrast, all bacteria enmeshed in the clot were absolutely stationary, without thermal motion