Sentence examples for the rapid motion from inspiring English sources

Also, the first elastodynamic solutions for the rapid motion of crystal dislocations, developed by South African materials scientist F.R.N.

The most sensitive index of dynamical time is the position of the Moon because of the rapid motion of that body across the sky.

The heating is produced by the rapid motion of a spiral galaxy intruder located immediately to the right of the shock wave in the center of the image.

The X-ray image shows hot gas heated by a shock wave created by the rapid motion of the central spiral galaxy (galaxy labeled B in the wide field optical image on the lower right).

Furthermore, the development of reliable scanners, based on moving optics for guiding high power lasers at extremely fast speeds allows the rapid motion of laser spots, resulting on tailored shapes of swept areas by the laser.

The swept-back appearance of the radio jets is produced by the rapid motion of the galaxy through the hot gas of the cluster, in much the same way that a motorcyclist's scarf is swept back while speeding down the road.

These designs exploit the differences in the temporal characteristics between the rapid motion-induced and the slower hemodynamic signal changes.

If you look at the redshift space distribution (we plot right ascension and the apparent radial velocity), "Virgo Finger," you can see the "Finger of God" effect which is the stretching out of the galaxy positions in "Redshift" space (versus real 3-D "Configuration" space) caused by the rapid motions of the galaxies in the gravitationally collapsed cluster core.

The second law, according to this view, only obtains because humans are too big to discern the rapid motions of individual molecules.The argument raged until 1981, when Dr Bennett at last showed that even Maxwell's demon must do something that necessarily produces waste heat.

The rapid motions could arise only from the strong gravity of hidden objects: black holes with 4,000 solar masses in M15 and 20,000 solar masses in G1.

Kevin's research group will be developing "target-locked" microscopy tools to follow the rapid motions of single proteins and cellular cargo transport machinery within cells in real time.